HART设备字典

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引用ID	字符串
0	Digital EPIC-2
1	Avid-Traxon
2	Pentair_Valves_Controls
3	RTC Status:
4	Real-Time Clock (RTC) Flag/Status, the RTC maintains the Date/Time where this value of 0x01 means the clock is Set (non-volatile) or a value of 0x02 means clock is Not Set.
5	Cal Errors 1
6	Cal Close Error
7	Auto-calibration couldn't close the valve
8	Cal Open Error
9	Auto-calibration couldn't open the valve
10	Sensor Gain Span Error
11	Position span is too small for both gain
12	Sensor Gain Linearity Error
13	Position not within linear range for both sensor gain settings
14	Cal Beacon Error
15	Beacon detected to be 180 degrees off (open pstn < close pstn). You may correct beacon orientation if desired or just re-calibrate.
16	Cal Aborted
17	Calibration aborted by the user
18	Cal Start Error
19	Calibration couldn't be started because of semaphore or other process
20	Cal Errors 2
21	Cal Unstable Pressure1
22	Calibration timed-out waiting for pressure1 to be stable
23	Cal Unstable Pressure2
24	Calibration timed-out waiting for pressure2 to be stable
25	Cal Close Pstn Error
26	Calibration timed-out waiting for stable close position
27	Cal Open Pstn Error
28	Calibration timed-out waiting for stable open position
29	Calibration Timeout
30	Calibration time out waiting for user action
31	Press1 Span Error
32	Pressure sensor 1 Span Error, may be either no pressure or not enough pressure.
33	Press2 Span Error
34	mA Out Span Error
35	Calibration of mA output encountered a span error, for example, the energized and de-energized current levels may have been selected to be the same.
36	User Alarms
37	Error Alarm
38	Retrieve Errors in Dev Specific Status->Error File menu to see new errors if this alarm is ON. Note, must be logged in a factory level to see these.
39	Alert Sum Alrm
40	Retrieve Alerts in Dev Specific Status->Alert File menu to see new alerts if this alert is ON. This is not a really a failure but a notification of warning or trending alerts.
41	Service Alarm
42	A Service Date/Time has been enabled in configuration and this date/time has occured as a reminder to service this valve/actuator if this alarm is ON. This will also generate an Alert.
43	Cycle Alarm
44	A Cycle Limit has been set in configuration and this limit has been reached if this alert is ON. This will also generate an Alert.
45	ESD Alarm
46	The SIS voltage has been lost causing Emergengy Shut-Down if this alarm is ON. This will also generate an Alert.
47	PST/SOVT Fail Alarms
48	PST/SOVT Inv Pstn
49	When this PST failure alarm is enabled and becomes active, it indicates the last PST/SOVT Failed due to the valve being in an invalid position. Either the solenoid is not energized, valve may be stuck in a position other than the energized position, supply pressure too low, or position hysteresis configuration should be adjusted.
50	PST Slw Trvl Tim
51	When this alarm is enabled and becomes active, it indicates the last Maintenance PST Failed because it exceeded the Slow Travel Time Limit to reach the Travel-Limit of the Baseline PST as determined by the PST Travel Time Hysteresis % (configuration). This may be due to a weak actuator spring, the valve sticking during movement, an obstucted exhaust port, or in some circumstances abnormally high process pressure.
52	PST Fst Trvl Tim
53	When this alarm is enabled and becomes active, it indicates the last Maintenance PST Failed because it exceeded the Fast Travel Time Limit to reach the Travel-Limit of the Baseline PST as determined by the PST Travel Time Hysteresis % (configuration). This may be due to a broken valve shaft or valve coupler, or in some circumstances abnormally low process pressure.
54	Solenoid Fail
55	When this alarm is enabled and becomes active, it indicates a solenoid failure during the last PST/SOVT or the last Duplex PST. In general, there was no pressure change detected when solenoid was de-energized, indicating solenoid failure. This could be due to solenoid not de-engergizing or the exhaust port may be completely obstructed. If Duplex PST, look at PST Type data to determine which solenoid failed.
56	PST Hi Brk Press Lim
57	When this alarm is enabled and becomes active, it indicates the last Maintenance PST Failed because the Break Pressure was over the high limit of the Baseline PST Break Pressure as determined by the PST Break Pressure Hysteresis % (configuration). If the break pressure was too high, it could be due to a broken valve shaft or valve coupler or in some circumstances abnormally low process pressure.
58	PST Lo Brk Press Lim
59	When this alarm is enabled and becomes active, it indicates the last Maintenance PST Failed because the Break Pressure was below the low limit of the Baseline PST Break Pressure as determined by the PST Break Pressure Hysteresis % (configuration). If the break pressure was too low, it could be the spring has become too weak, the valve is sticking, or in some circumstances abnormally high process pressure.
60	PST Not Reach TRL
61	When this alarm is enabled and becomes active, it indicates the last PST Failed because the valve never reached its Travel-Limit (Set-Point). This will only occur in systems where signatures are disabled and may be because the valve started moving but became stuck somewhere before reaching the Travel-Limit, or the supply pressuremay be much higher than calirated value, or the solenoiid exhaust port may be obstructed.
62	PST Ex Tot Time
63	When this alarm is enabled and becomes active, it indicates the last PST Exceeded Total Time Limit. This is only used for devices with the signature option disabled.
64	PSI Snsr Fail Alarm
65	The device has detected a failure of the Pressure Sensor 1 during the last PST/SOVT
66	Invalid Press Alarm
67	The PST/SOVT was aborted due to supply pressure being too low to perform test. This can have repercussions where PST could get stuck and not return valve to fully energized position or with SOVT, since based on time and pressure, could accidentally cause valve movement.
68	XTrvl Lim Alarm
69	PST has exceeded the Travel limit. Possible cause may be the solenoid is becoming sluggish in response to voltage.
70	Number of Response Preambles- Number of Preambles to be sent in response messages from the Field Device to the Host. Valid values are 5-20.
71	Device Reboot
72	Device Reboot- Commands the electronics and software to perform a reboot (reset). This is equivalent to cycling the power off and then back on to the field device. Performing this will not alter configuration.
73	Fixed mA Loop Test
74	Loop test- This Method allows the User to manually manipulate the Analog Output temporarily to a selected constant output value. When exiting this method, the analog output is returned back to normal.
75	Make the Field Device 'Squawk' - This causes the device to visually alert to allow technicans to idendify it. The visual indication is the Green LED on the device will flash a selected number of times.
76	Current Date:
77	Current Time:
78	Last Set Date:
79	Date at which the real-time clock was last set.
80	Last Set Time:
81	Time at which the real-time clock was last set (in 24hr format).
82	QV
83	AO Current
84	PV Analog Output Channel, Shows output loop current (mA) as measured by on board A/D that tracks the valve position PV, unless in fixed current or multidrop modes.
85	Refers to the actual valve position as measured from the Hall-Effect Sensor, displayed in terms of percent.
86	Position
87	3.1f
88	Position Units
89	Pstn PDQ
90	Pstn LS
91	Pstn Fmly stat
92	Analytical Class
93	Refers to the upper limit position value.
94	Max Pstn
95	2.2f
96	Refers to the lower limit position value.
97	Min Pstn
98	Min_Sensor_Span
99	.3f
100	Sensor Serial
101	Min Span
102	Set-Point Units
103	Refers to the requested position in terms of percent as measure by SIS voltage on solenoid. Will always be 0% or 100%.
104	Set-Point
105	Set-Point PDQ
106	Set-Point LS
107	Set-Point stat
108	Pres PDQ
109	Pres LS
110	Pres Fmly stat
111	Pres Class
112	Pressure 1
113	This is the measured Pressure 1 in the chamber of the actuator when the solenoid is energized.
114	Pressure 2
115	This is the Pressure 2 in exhaust chamber of the actuator when solenoid is de-energizing or can be Supply Pressure depending upon setup.
116	Factory Options:
117	Click on this to expand bits to individual bit fields. Shows current state of factory options file for a customer.
118	PST/SOVT Enable:
119	This is used to enable or disable PST/SOVT functionality from the Factory.
120	ESD Enable:
121	This is used to enable or disable ESD functionality from the Factory.
122	Signature Enable:
123	This is used to enable or disable both full-stroke and partial-stroke Signature functionality from the Factory.
124	PST Duplex Enabled:
125	This is used to enable or disable PST Duplex functionality from the Factory.
126	Hall Sensor Gain:
127	Information Only: Shows the calibrated Hall Sensor gain. In general, will take on values of 10, 20, 30, or 40.
128	Open Speed Index:
129	Information Only: Shows the calibrated relative opening speed index of the valve/actuator. This index correlates to a specific speed range in seconds.
130	Close Speed Index:
131	Information Only: Shows the calibrated relative closing speed index of the valve/actuator. This index correlates to a specific speed range in seconds.
132	mA Out Reversed:
133	Indicates if the device considers the output current reversed, ie. Reversed means 20 mA for closed position.
134	Normal
135	Reversed
136	Temperature Units
137	Engineering Unit to be displayed with Device Temperature
138	Dev Temperature
139	Shows the temperature of the device as measured at the CPU and will be displayed in C or F depending upon UI configuration (Configuration->Basic Configuration->UI Configuration).
140	3.2f
141	Units:
142	Engineering Units for temperature
143	:
144
145	Engineering Unit to be displayed with Device Calibration Temperature.
146	Cal Temperature:
147	Shows the temperature of the device as measured at the CPU at the last full calibration and will be displayed in C or F depending upon UI configuration (Configuration->Basic Configuration->UI Configuration).
148	Cal Temperature
149	Supply Pressure:
150	Shows the supply pressure at the device during the last full calibration.
151	PSIG
152	.1f
153	HART Gap Err Cnt:
154	Information Only: Shows the number of HART gap faults encountered since last power cycle.
155	HART Parity Err Cnt:
156	Information Only: Shows the number of HART parity errors encountered since last power cycle.
157	HART LRC Err Cnt:
158	Information Only: Shows the number of HART LRC errors encountered since last power cycle.
159	HART Frame Err Cnt:
160	Information Only: Shows the number of HART framing errors encountered since last power cycle.
161	Hall Sensor Zero:
162	Information Only: Shows the calibrated Hall Sensor zero reading from the A/D.
163	4x
164	Hall Sensor FS:
165	Information Only: Shows the calibrated Hall Sensor full scale reading from the A/D.
166	Hall Sensor Span:
167	Information Only: Shows the calibrated Hall Sensor span from the A/D.
168	Press1 Sensor Zero:
169	Information Only: Shows the calibrated Pressure 1 Sensor zero reading from the A/D.
170	Press1 Sensor FS:
171	Information Only: Shows the calibrated Pressure 1 Sensor full scale reading from the A/D.
172	Press2 Sensor Zero:
173	Information Only: Shows the calibrated Pressure 2 Sensor zero reading from the A/D.
174	Press2 Sensor FS:
175	Information Only: Shows the calibrated Pressure 2 Sensor full scale reading from the A/D.
176	Password Verified
177	Password Verified.
178	Invalid Password
179	Valid Password
180	Entered Password
181	Entered Password.
182	Not Used
183	PST I/O:
184	Enabling allows PST to use external input to start and external output for successful completion indication.
185	Disable
186	PST I/O disabled
187	Enable
188	PST I/O enabled
189	Device Control:
190	Enabling allows the device to automatically control the valve via the solenoid thereby allowing device to open/close valve to perform Auto Calibration and Baseline/Maintenance Signatures on command. By disabling, the user must manually control the valve to perform calibration, in which case the speed of valve movement is not measured as required to capture signatures unless Signatures are enabled and Dynamic Baseline is used.
191	Device valve control disabled, user manual control.
192	Device valve control enabled.
193	Beacon Orientation:
194	Beacon Orientation status shows the beacon magnet orientation as normal or 180 degrees off. This parameter cannot be changed by the user because the device will automatically detect this and set accordingly. During a calibration, the operation may fail on first attempt but performing a second full calibration will automatically compensate for this if the beacon is backwards and update this status.
195	Backward
196	Backward Mounted Beacon
197	Solenoid Operation:
198	DEPIC2 can work with 1 solenoid (Simplex) or 2 solenoids (Duplex, redundancy) with spring-return actuators. This allows PST to be performed with one solenoid followed by a SOVT with the other solenoid.
199	Simplex
200	Double-Acting Actuator
201	Duplex
202	Spring-Return Actruator
203	Actuator Type:
204	DEPIC2 can work with spring-return or double-acting actuators. The first firmware release 1.00 will only support Spring-return applications.
205	Double-Acting
206	Spring-Return
207	Pressure2 Usage:
208	DEPIC2 can use pressure 2 sensor for Supply Pressure or as pressure in second chamber of actuator (such as double-acting).
209	Chamber 2
210	Pressure sensor 2 used second chamber of actuator.
211	Supply
212	Pressure sensor 2 used for Supply Pressure.
213	Rotary/Linear Valve:
214	DEPIC2 can work with linear and rotary valves.
215	Linear
216	Linear Valve
217	Rotary
218	Rotary Valve
219	User Pswrd Enable:
220	User Password can be Enabled or Disabled. If Enabled, the user can optionally change the password from the default value.
221	Auto SOVT Enable:
222	Automatic SOVT can be Enabled and Disabled.
223	Enable or Disable collection of Valve Position and Pressure Profiling Signatures (Full Stroke Baseline/Maintenance/PST).
224	Pressure2 Sensor:
225	Enable or Disable Pressure 2 Sensor (P2). If P2 enabled, it may be used to monitor the second chamber of an actuator or to monitor Supply Pressure during Signature collection.
226	Fail Mode:
227	This setting defines the valve fail-safe position as Fail-Closed or Fail-Open when the solenoid is de-energized such as during ESD, generally used for Spring-Return Actuators.
228	Fail-Closed
229	Fail-Open
230	Auto PST Enable:
231	Automatic PST can be Enabled and Disabled.
232	Enable or Disable PST/SOVT functions.
233	Enable or Disable ESD monitoring.
234	User Password
235	The User Password may be changed here if desired, up to 6 characters in length.
236	Rotate LCD Display:
237	Set to rotate LCD display 180 degrees. Note, if changing display orientation, the device must be reset afterward to take effect. This may be done from device or from HART.
238	Rotated
239	LCD Valve Position:
240	Sets how position is displayed on LCD only, displayed as % of open or % of closed.
241	% Open
242	% Closed
243	Temp Units:
244	Can set display of temperature as Celcius or Fahrenheit on LCD and HART.
245	Fahrenheit
246	Celcius
247	LCD Contrast:
248	Can set LCD display contrast (range 27-63). 63 provides the highest contrast, but uses slightly more power.
249	LCD Menu Time-out:
250	Can set LCD time-out (1-60 minutes) where if in any LCD menu, once timeout expires with no keypad action, will exit the menu system back to the main LCD display.
251	Calibration Time-out:
252	If configured for User Controlled (Manual) Calibration, this will set a manual Calibration time-out (1-60 minutes) which will abort the calibration and return to main LCD display once expired if the calibration gets stuck.
253	Open Time Hyst:
254	Open Time Hysteresis Value, used to generate warning Alerts from Signature Run-Time and PST data if the opening Maintenance Signature time deviates from the opening Baseline time by this value. Used for Fast/Slow Open Break Time, Fast/Slow Open Travel Time, and Fast/Slow PST Travel Time Alerts. The allowed range is 0.0-25.0%.
255	4.1f
256	Close Time Hyst:
257	Close Time Hysteresis Value, used to generate warning Alerts from Signature Run-Time and PST data if the closing Maintenance Signature time deviates from the closing Baseline time by this value. Used for Fast/Slow Close Break Time, Fast/Slow Close Travel Time, and Fast/Slow PST Travel Time Alerts. The allowed range is 0.0-25.0%.
258	Open Pstn Hyst:
259	Open Position Hysteresis Value, this value serves several puposes. It is used to determine valid open start/end position threshold for signature and Run-Time capture, end point for valve speed determination in open direction, and finally for PST break position determination in Fail-Closed valves. For example in PST, a 2% value means valve must move at least 2% from start position to detect break. In general, the default value should be suitable but may be modified to compensate for any play between the valve linkage and position sensor. Currently one warning alert can be generated based upon this, Open Position Alert. The allowed range is 0.0-20.0%.
260	Close Pstn Hyst:
261	Close Position Hysteresis Value, this value serves several puposes. It is used to determine valid close start/end position threshold for signature and Run-Time capture, end point for valve speed determination in close direction, and finally for PST break position determination in Fail-Open valves. For example in PST, a 2% value means valve must move at least 2% from start position to detect break. In general, the default value should be suitable but may be modified to compensate for any play between the valve linkage and position sensor. Currently one warning alert can be generated based upon this, Close Position Alert. The allowed range is 0.0-20.0%.
262	Pressure 1 Hyst:
263	Pressure 1 Hysteresis Value, used to generate pressure Alerts from Full-Stroke Signature Run-Time data and PST signatures if the Maintenance Signature supply pressure 1 or break pressure 1 deviates from the Baseline pressure 1 by this value. Note, this hysteresis should have a lower threshold than the PST break pressure hysteresis used for PST break pressure failure alerts since this dictates when a valve/actuator is deviating from it's Baseline performance (trending toward possible future failure). The allowed range is 0.0-20.0%.
264	Pressure 2 Hyst:
265	Pressure 2 Hysteresis Value, used to generate Alerts and Run-Time data if the Maintenance Signature pressure 2 deviates from the Baseline pressure 2 by this value. For spring-return applications Pressure 2 the sensor may be used to monitor supply pressure and if configured as such control the alerts Low Supply Pressure and High Supply Pressure. For double-acting applications Pressure 2 may be used to monitor pressure in the alternate actuator chamber where this will control Low Open Break Pressure 2, High Open Break Pressure 2, Low Close Break Pressure 2, and High Close Break Pressure 2. The allowed range is 0.0-20.0%.
266	PST Brk Time Hyst:
267	Alert criteria - PST Break Time Hysteresis Value (0-50%) is used to set an allowable limit +- for the Maintenance PST Break Time to deviate from the Baseline PST Break Time at which point a PST Fast/Slow Break Time Alert is generated. The allowed range is 0.0-50.0 seconds.
268	Dyn. Baseline Cycle:
269	Allows setting a process valve cycle count for manual operation of the valve where once this count is reached, a Baseline Signature is collected as part of in process operation. This allows a break-in period for new valves where a Baseline Signature can be collected in process without direct intervention by the device on behalf of the user. A value of 0 disables and the minimum is 2 cycles and up to a maximum of 255. The cycle before the baseline is collected is when the device measures the speed of the valve which is why a minimum of 2 cycles is required.
270	Reserved Alarm Enable 2
271	Reserved Alarm Enable 2.
272	Reserved Alarm Enable 1
273	Reserved Alarm Enable 1.
274	Reserved Alarm Enable 0
275	Reserved Alarm Enable 0.
276	ESD Alarm:
277	When enabled, the DEPIC2 will signal this failure alarm when ESD is activated.
278	Cycle Alarm:
279	When enabled, the DEPIC2 will signal this alarm when the cycle limit is reached.
280	Service Alarm:
281	Enble/disable Service/Maintenance Alarm. This alarm can only be set if the Service date/time is set.
282	Alert Sum Alrm:
283	When enabled, the DEPIC2 will set this alarm signal when a new alert transition (alert transition to Active or Inactive) has been logged in alert file.
284	Error Alarm:
285	When enabled, the DEPIC2 will set this failure alarm signal when a severe or major error has been logged in error file.
286	PST Ex Tot Time:
287	When enabled, the DEPIC2 will signal this failure alarm when the PST Exceeded Total Time Limit. This is only used for devices with the signature option disabled.
288	PST Not Reach TRL:
289	When enabled, the DEPIC2 will signal this failure alarm when the PST fails to reach the configured Travel-Limit. Possible cause may be the valve started moving but then gets stuck before reaching the Travel-Limit.
290	PST LoBrk Press:
291	When enabled, the DEPIC2 will signal this failure alarm when the Maintenance PST fails due to low break pressure too far out of range (PST break pressure hysteresis) from Baseline PST.
292	PST HiBrk Press:
293	When enabled, the DEPIC2 will signal this failure alarm when the Maintenance PST fails due to high break pressure too far out of range (PST break pressure hysteresis) from Baseline PST.
294	Solenoid Fail:
295	When enabled, the DEPIC2 will signal this failure alarm when a solenoid failure occurs during the last PST/SOVT or the last Duplex PST. If Duplex PST, look at PST Type data to determine which solenoid failed.
296	PST Fst Trvl Tm:
297	When enabled, the DEPIC2 will signal this failure alarm when the Maintenance PST fails due to exceeding a Fast Travel Time Limit to reach the Travel-Limit of the Baseline PST as determined by the PST Travel Time Hysteresis % (configuration).
298	PST Slw Trvl Tm:
299	When enabled, the DEPIC2 will signal this failure alarm when the Maintenance PST fails due to exceeding a Slow Travel Time Limit to reach the Travel-Limit of the Baseline PST as determined by the PST Travel Time Hysteresis % (configuration).
300	PST/SOVT Inv Pstn:
301	When enabled, the DEPIC2 will signal this failure alarm when the PST fails due to the valve being in an invalid position to perform a PST/SOVT.
302	Reserved Bit7:
303	.
304	Reserved Bit6:
305	Reserved Bit5:
306	Reserved Bit4:
307	Reserved Bit3:
308	XTrvl Lim Alarm:
309	When enabled, the DEPIC2 will signal this failure alarm when it has detected the PST has exceeded the designated Travel limit. Possible cause may be the solenoid is becoming sluggish in response to voltage.
310	Invld Press Alarm:
311	When enabled, the DEPIC2 will signal this failure alarm when it has detected the supply pressure is too low to safely perform a PST/SOVT.
312	PSI Snsr Fail Alarm:
313	When enabled, the DEPIC2 will signal this failure alarm when it has detected a pressure sensor failure during SOVT.
314	Factory Cycle Cnt:
315	Shows the cycle count of the valve monitored by this device since first manufactured. A full cycle is a movement to fully open and fully closed.
316	Calibration Status:
317	This status shows if a full calibration has been done or not.
318	Not Calibrated
319	Calibrated
320	Last Cal. Date:
321	Shows the Date of Last full calibration.
322	Last Cal. Time:
323	Shows the Time of Last full calibration.
324	Firmware Revision:
325	The current manufacturer firmware revision of the device. This is a full Revision string which differs from the Software Revision in that the Software Revision is a single integer as supported by HART, whereas the string used has additional meaning to the manufacturer. In general, anytime the firmware changes in any way that affects the HART portion of the firmware, the Software Revision will be incremented.
326	Travel-Limit:
327	Partial Stroke Travel-Limit value. This is the required amount of travel in % of span starting from the energized position. The allowed range is from 1.0% to 50.0%.
328	Travel-Limit Error:
329	This value is used as an offset before the Travel-Limit % at which point the valve is re-energized such that any normal overshoot can be calculated in to avoid actual overshoot of the Travel-Limit. In other words, if the Travel-Limit is 25% and during a Baseline PST it is seen that it normally overshoots by 5%, this error can be set to 5% to compensate which will cause a re-energize at 20% to avoid overshooting the Travel-Limit. The allowed range is from 0.0% to 20.0%.
330	PST Brk Press Hyst:
331	Failure criteria - Low/High Break Pressure Alert. PST Break Pressure Hysteresis Value (0-50%), threshold for generating a Failure Alert on a Maintenance PST if the break pressure is not within the hysteresis limits when compared the Baseline PST break pressure. Note, this hysteresis should have a higher threshold than the pressure 1 hysteresis used for break pressure trending alarms since this is dictating when a hard failure occurs. For example a 5% pressure 1 hysteresis might produce an alarm indicating trending toward a failure but a 10% value for this parameter would indicate a hard failure. Valid range is from 0.0-50.0%.
332	PST Trvl Time Hyst:
333	Failure criteria - Fast/Slow Travel Time Alert. PST Travel Time Hysteresis (0-50%) to reach Travel-Limit, threshold for generating a Failure Alert on a Maintenance PST if the travel time to reach the travel-limit is not within hysteresis limits when compared the Baseline PST travel time. Note, this hysteresis should have a higher threshold than the open/close time hysteresis which is used for PST travel time trending alarms since this dictates when a hard failure occurs. For example a 5% travel time hysteresis might produce an alarm indicating trending toward a failure but a 10% value for this parameter would indicate a hard failure. Valid range is from 0.0-50.0%.
334	PST TotalTimeLim:
335	Failure criteria - PST Exceed Total Time Alert. The maximum time limit for completion of a partial stroke (cycle) in seconds. This basically will determine the sample rate for collecting a PST Signature. In general this is now pre-calculated during auto calibration, so there is no longer any need to set this unless using manual calibration, or signatures are disabled, or for debug purposes if calibration comes up with a less than optimal sample rate for the signature (ie. signature plot too small or too large) where this can be modified to produce a better signture plot. Valid range is from 0.0-300.0 seconds.
336	.2f
337	5.2f
338	PST Cycle Limit:
339	Set a limit for partial stroke test cycle counts where the user can be notified if the limit is reached to perform maintenance. The allowed range is from 0 to 65535.
340	PST Cycle Count:
341	Modify partial stroke cycle count. Allows user to reset the PST cycle count to 0 instead of changing the cycle limit or can be left to increment from initial value to keep track or total PST cycles. The allowed range is from 0 to 65535.
342	Auto PST Day:
343	Set the number of days for periodic Auto PST (1-365).
344	Auto PST Hour:
345	Set the hour of day (24 hour time) for Auto PST (0-23).
346	Auto SOVT Day:
347	Set the number of days for periodic Auto SOVT (1-365).
348	Auto SOVT Hour:
349	Set the hour of day (24 hour time) for Auto SOVT (0-23).
350	User Cycle Count:
351	Shows the current cycle count of the valve (maximum 9999999).
352	Cycle Limit:
353	Shows the configured cycle limit of the valve which can trigger the cycle limit alert (maximum 10000).
354	Service Interval:
355	Set the Mainenance Service Interval in days. This can be from 1 to 1095 days (3 years) and 0 days disables it.
356	Last Service Date:
357	Reads the Date of Last Maintenance Service. Note this date will be updated when a new service interval is set since it is assumed that the interval will always be reset after servicing.
358	Next Service Date:
359	Reads the Date of Next Maintenance Service. Note this date will be updated when a new service interval is set and is calculated by the interval days from the Last Maintenance Service.
360	Last Service Time:
361	Reads the Time of Last Maintenance Service. Note this time will be updated when a new service interval is set since it is assumed that the interval will always be reset after servicing.
362	Next Service Time:
363	Reads the Time of Next Maintenance Service. Note this time will be updated when a new service interval is set and is calculated by the interval days from the Last Maintenance Service.
364	Error Count:
365	Shows the current number of errors logged by the device.
366	Requested Error Index:
367	Index of error requested.
368	Error Type ID
369	Enumeration of type of specified error.
370	Severe Error
371	Severe Error results in device reboot.
372	Major Error
373	Major Error, Problem but device can continue to operate.
374	Warning Error
375	Warning Error, warning issue generally info for factory.
376	Error ID:
377	ID of specified error.
378	More Error Info:
379	Line#:
380	Line number of specified module.
381	Module:
382	Name of source module.
383	Error Date:
384	Shows the date of the error.
385	Error Time:
386	Shows the time of the error.
387	Type:
388	Shows ID of error.
389	ID:
390	Info:
391	Shows additional info of error.
392	Date:
393	Shows date of error.
394	Time:
395	Shows time of error.
396	Total Errors:
397	Shows the current number of errors in error_list[].
398	Error
399	Alert Transitions:
400	Shows the current number of alert transitions (alert transition to Active or Inactive) logged by the device.
401	Active Alert Cnt:
402	Shows the current number of active alerts logged by the device.
403	Requested Alert Index:
404	Index of alert requested.
405	Alert Type ID
406	Enumeration of all defined alerts.
407	ESD Alert
408	Lost power to solenoids.
409	Maintenance Alert
410	Time for maintenance service of valve.
411	Cycle Limit Alert
412	This alert serves as a reminder that the valve/actuator may need maintenance after the configurable full stroke cycle limit is achieved.
413	Close Position Range Alert
414	Valve is not reaching or exceeding its closed position limit of 0% +- the close position hysteresis %. May need recalibrating, either position sensor drifting with temperature or actuator set-stops changed.
415	Open Position Range Alert
416	Valve is not reaching or has exceeded its open position limit of 100% +- the open position hysteresis %.May need recalibrating, either position sensor drifting with temperature or actuator set-stops changed.
417	Low Supply Pressure Alert
418	The supply pressure (measured at pressure sensor 1 or 2) has dipped below the baseline pressure by the configured hyteresis amount. This can change the performance of the process.
419	High Supply Pressure Alert
420	The supply pressure (measured at pressure sensor 1 or 2) has risen above the baseline pressure by the configured hyteresis amount. This can change the performance of the process.
421	Low Temperaature Alert
422	The CPU temperature has dipped below -35.0 C and is getting close to the lower limit of -40.0 C. This could cause a failure of the device.
423	High Temperature Alert
424	The CPU temperature has gone above 80.0 C and is getting close to the upper limit of 85.0 C. This could cause a failure of the device.
425	Signature Low Open Supply Pressure Alert
426	The supply pressure (measured at pressure sensor 1 or 2) before the start of the Open Maintenance Signature was less then the Baseline supply pressure by the configured hyteresis amount. This can change the performance of the process. Note in Spring-Return applications, depending upon configuration fail-open/fail-closed and pressure 2 is not Supply, this pressure could show actual Supply pressure or no pressure.
427	Signature High Open Supply Pressure Alert
428	The supply pressure (measured at pressure sensor 1 or 2) before the start of the Open Maintenance Signature was higher than the Baseline supply pressure by the configured hyteresis amount. This can change the performance of the process. Note in Spring-Return applications, depending upon configuration fail-open/fail-closed and pressure 2 is not Supply, this pressure could show actual Supply pressure or no pressure.
429	Slow Open Break Time Alert
430	The Open Break Time was slower than the Baseline Open Break Time by configurable open time hysteresis %. This alert quite often may be squelched and another more relevent alert may be generated representing the real problem. But should this alert be generated, possible cause may be the valve is sticking in its seat (which might normally cause the High Open Break Pressure alert for fail-closed depending upon pressure hysteresis settings) or the air pressure flow (supply air for fail-closed or exhaust air for fail-open) may be restricted (pressure hysteresis settings could influence this also preventing a Low Open Supply Pressure alert if pressure is too low).
431	Fast Open Break Time Alert
432	The Open Break Time was faster than the Baseline Open Break Time by configurable open time hysteresis %. This alert quite often may be squelched and another more relevent alert may be generated representing the real problem. But should this alert be generated, possible cause may be the actuator spring is getting weak (which might normally cause the Low Open Break Pressure alert for fail-closed as well depending upon pressure hysteresis settings) or the air pressure flow (supply air for fail-closed or exhaust air for fail-open) may be less restricted (pressure hysteresis settings could influence this also preventing a High Open Supply Pressure alert if pressure is too high).
433	Slow Open Travel Time Alert
434	The Open Travel Time was slower than the Baseline Open Travel Time by configurable open time hysteresis %. This alert quite often may be squelched and another more relevent alert may be generated representing the real problem. But should this alert be generated, possible cause may be the valve is sticking during movement or the air pressure flow (supply air for fail-close or exhaust air for fail-open) may be restricted (pressure hysteresis settings could influence this also preventing a Low Open Supply Pressure alert if pressure is too low).
435	Fast Open Travel Time Alert
436	The Open Travel Time was faster than the Baseline Open Travel Time by configurable open time hysteresis %. This alert quite often may be squelched and another more relevent alert may be generated representing the real problem. But should this alert be generated, possible cause may be the actuator spring is getting weak (which would normally cause the Low Open Break Pressure alert depending upon pressure hysteresis settings) or the air pressure flow (supply air for fail-close or exhaust air for fail-open) may be less restricted (pressure hysteresis settings could influence this also preventing a High Open Supply Pressure alert if pressure is too high).
437	Low Open Break Pressure1 Alert
438	The Open Break Pressure1 was lower than the Baseline Open Break Pressure1 by configurable pressure 1 hysteresis %. In a spring-return fail-closed application this may indicate the actuator spring is getting weak or the process pressure may be much lower than when the baseline occurred. In a spring-return fail-open application this may indicate the the valve is sticking in it's seat or the process pressure may be much higher than when the baseline occurred. Break pressure is a direct measure of spring tension and torque.
439	High Open Break Pressure1 Alert
440	The Open Break Pressure1 was higher than the Baseline Open Break Pressure1 by configurable pressure 1 hysteresis %. In a spring-return fail-closed application this may indicate valve is sticking in it's seat or the process pressure may be much higher than when the baseline occurred. In a spring-return fail-open application this may indicate a broken valve shaft or valve coupler or the process pressure may be much lower than when the baseline occurred. Break pressure is a direct measure of spring tension and torque.
441	Low Open Break Pressure2 Alert
442	This for double acting atuators which is not yet fully supported. Need to add information here when it is supported.
443	High Open Break Pressure2 Alert
444	Signature Low Close Supply Pressure Alert
445	The supply pressure (measured at pressure sensor 1 or 2) at the start of the Close Maintenance Signature was less than the Baseline supply pressure by the configured hyteresis amount. This can change the performance of the process. In Spring-Return applications, this can be considered Supply Pressure and depending upon fail-open/fail-closed, could be full pressure or no pressure.
446	Signature High Close Supply Pressure Alert
447	The supply pressure (measured at pressure sensor 1 or 2) at the start of the Close Maintenance Signature was higher than the Baseline supply pressure by the configured hyteresis amount. This can change the performance of the process. In Spring-Return applications, this can be considered Supply Pressure and depending upon fail-open/fail-closed, could be full pressure or no pressure.
448	Slow Close Break Time Alert
449	The Close Break Time was slower than the Baseline Close Break Time by configurable close time hysteresis %. This alert quite often may be squelched and another more relevent alert may be generated representing the real problem. But should this alert be generated, possible cause may be the valve is sticking in its seat (which might normally cause the High Close Break Pressure alert for fail-closed depending upon pressure hysteresis settings) or the air pressure flow (exhaust air for fail-closed or supply air for fail-open) may be restricted (pressure hysteresis settings could influence this also preventing a Low Close Supply Pressure alert if pressure is too low).
450	Fast Close Break Time Alert
451	The Close Break Time was faster than the Baseline Close Break Time by configurable close time hysteresis %. This alert quite often may be squelched and another more relevent alert may be generated representing the real problem. But should this alert be generated, possible cause may be the actuator spring is getting weak (which might normally cause the Low Close Break Pressure alert for fail-closed as well depending upon pressure hysteresis settings) or the air pressure flow (exhaust air for fail-closed or supply air for fail-open) may be less restricted (pressure hysteresis settings could influence this also preventing a High Close Supply Pressure alert if pressure is too high).
452	Slow Close Travel Time Alert
453	The Close Travel Time was slower than the Baseline Close Travel Time by configurable close time hysteresis %. This alert quite often may be squelched and another more relevent alert may be generated representing the real problem. But should this alert be generated, possible cause may be the valve is sticking during movement or the air pressure flow (exhaust air for fail-close or supply air for fail-open) may be restricted (pressure hysteresis settings could influence this also preventing a Low Close Supply Pressure alert if pressure is too low).
454	Fast Close Travel Time Alert
455	The Close Travel Time was faster than the Baseline Close Travel Time by configurable close time hysteresis %. This alert quite often may be squelched and another more relevent alert may be generated representing the real problem. But should this alert be generated, possible cause may be the actuator spring is getting weak (which would normally cause the Low Close Break Pressure alert depending upon pressure hysteresis settings) or the air pressure flow (exhaust air for fail-close or supply air for fail-open) may be less restricted (pressure hysteresis settings could influence this also preventing a High Close Supply Pressure alert if pressure is too high).
456	Low Close Break Pressure1 Alert
457	The Close Break Pressure1 was lower than the Baseline Close Break Pressure1 by configurable pressure 1 hysteresis %. In a spring-return fail-closed application this may indicate the valve is sticking in it's seat or the process pressure may be much higher than when the baseline occurred. In a spring-return fail-open application this may indicate the actuator spring is getting weak or the process pressure may be much lower than when the baseline occurred. Break pressure is a direct measure of spring tension and torque.
458	High Close Break Pressure1 Alert
459	The Open Break Pressure1 was higher than the Baseline Open Break Pressure1 by configurable pressure 1 hysteresis %. In a spring-return fail-closed application this may indicate broken valve shaft or valve coupler or the process pressure may be much lower than when the baseline occurred. In a spring-return fail-open application this may indicate a valve is sticking in it's seat or the process pressure may be much higher than when the baseline occurred. Break pressure is a direct measure of spring tension and torque.
460	Low Close Break Pressure2 Alert
461	High Close Break Pressure2 Alert
462	PST Cycle Limit Alert
463	This alarm serves as a reminder that the valve/actuator may need maintenance after the configurable partial stroke cycle limit is achieved.
464	PST Low Supply Pressure Alert
465	The supply pressure before the start of the Maintenance PST was lower than the Baseline PST by the hysteresis %. In Spring-Return applications, this can be considered Supply Pressure. Currently this will never be generated since this is a hard failure for PST.
466	PST Slow Break Time Alert
467	The Break Time was slower than the Baseline PST Break Time by configurable hysteresis %. Possible cause is the valve is sticking in its seat.
468	PST Fast Break Time Alert
469	The Break Time was faster than the Baseline PST Break Time by configurable hysteresis %. Possible cause is could be due to low pressure if hysteresis is not set right to detect low pressure or decreased process pressure (lower torque).
470	PST Potential Travel-Limit Exceeded Alert
471	The last Maintenance PST end point was within 1% of the configured travel limit of the PST indicating a potential failure. Possible cause may be the solenoid is becoming sluggish in response to voltage.
472	PST High Supply Pressure Alert
473	The supply pressure before the start of the Maintenance PST was higher than the Baseline PST by the hysteresis %. In Spring-Return applications, this can be considered Supply Pressure. Currently this will never be generated since this is a hard failure for PST.
474	PST Slow Travel Time to Travel-Limit Alert
475	The Travel Time to reach the Travel-Limit was slower than the Baseline PST Travel Time to reach the Travel-Limit by configurable hysteresis %. Likely cause is the valve may be sticking during movement.
476	PST Fast Travel Time to Travel-Limit Alert
477	The Travel Time to reach the Travel-Limit was faster than the Baseline PST Travel Time to reach the Travel-Limit by configurable hysteresis %. Possible cause may be a weakening actuator spring in spring-return applications or a removed exhaust filter if an exhaust filter is used on solenoid.
478	PST Low Break Pressure Alert
479	The break pressure of the last Maintenance PST was lower than the Baseline PST break pressure by the hysteresis %. This typically means that the spring tension in the actuator is getting weak.
480	PST High Break Pressure Alert
481	The break pressure of the last Maintenance PST was higher than the Baseline PST break pressure by the hysteresis %. This typically means less air must be released to allow spring to start moving the valve which could be due to lower process pressure (lower torque).
482	PST Obstructed Supply Port Alert
483	Self explanitory. Indicates the air supply is becoming obstructed, possibly a clogged filter if one is used.
484	PST Obstructed Exhaust Port Alert
485	Self explanitory. Indicates the actuator port or exhaust port is becoming obstructed, possibly a clogged filter if one is used.
486	Obstructed Supply Port Alert
487	Obstructed Exhaust Port Alert
488	Self explanitory. Indicates the actuator port or exhaust is becoming obstructed, possibly a clogged filter if one is used.
489	Device Reboot Alert
490	This indicates the device was reboot. Note the stated time/date of this alert is not valid.
491	Alert State:
492	State of alert transition.
493	Inactive
494
495	Active
496	Alert Date:
497	Shows the date of the alert transition.
498	Alert Time:
499	Shows the time of the alert transition.
500	Shows name of alert.
501	State:
502	Shows the state of the alert (active or inactive).
503	Shows date of alert transition.
504	Shows time of alert transition.
505	Total Alerts:
506	Shows the current number of alert transitions (alert transition to Active or Inactive) in alert_list[].
507	Alert List
508	Total Active Alerts:
509	Shows the current number of active alerts in active_alert_list[].
510	Active Alert List
511	Sign Status:
512	Shows current status of the Integrator Signature.
513	Successful
514	Fail, See Help
515	Open exceeded memory, valve open movement much slower than during calibration. Try re-calibrating.
516	Close exceeded memory, valve close movement much slower than during calibration. Try re-calibrating.
517	Open and Close exceeded memory, open and close movement much slower than during calibration. Try re-calibrating.
518	Open too small, valve open movement much faster than during calibration. Try re-calibrating.
519	Open too small and close exceeded memory, open movement much faster and close much slower than during calibration. Try re-calibrating.
520	Close too small, valve close movement much faster than during calibration. Try re-calibrating
521	Close too small and open exceeded memory, valve close movement much faster than during calibration. Try re-calibrating
522	Open and Close too small, open and close movement much faster than during calibration. Try re-calibrating
523	None, See Help
524	No Signature data. Perform Integrator Signature.
525	Signature cannot be performed, temporarily locked-out awaiting Dynamic Baseline.
526	Signature could not be performed as the pressure was not stable. Check pressure and try again.
527	Signature was aborted by the user either from HART or keypad. Perform Integrator Signature again.
528	Signature time-out waiting to finish. May be pressure problem or valve getting stuck.
529	Cal Supply Press:
530	Shows calibrated supply pressure at time of Integrator Signature.
531	Open Date:
532	Shows the date of the integrator open signature.
533	Open Time:
534	Shows the time of the integrator open signature.
535	Open Temp Units
536	Engineering Unit to be displayed with Device Temperature of Integrator Open Signature
537	Open Dev Temp
538	Shows the temperature of the device as measured at the CPU during Integrator Open Signature and will be displayed in C or F depending upon UI configuration (Configuration->Basic Configuration->UI Configuration).
539	Close Date:
540	Shows the date of the integrator close signature.
541	Close Time:
542	Shows the time of the integrator close signature.
543	Close Temp Units
544	Engineering Unit to be displayed with Device Temperature of Integrator Close Signature
545	Close Dev Temp
546	Shows the temperature of the device as measured at the CPU during Integrator Close Signature and will be displayed in C or F depending upon UI configuration (Configuration->Basic Configuration->UI Configuration).
547	Cycle Count:
548	Shows the cycle count at completion of integrator signature capture.
549	Open Sample Rate:
550	Shows the sample rate of the open integrator signature.
551	Close Sample Rate:
552	Shows the sample rate of the close integrator signature.
553	Open Speed:
554	Shows the speed of the open integrator signature.
555	Close Speed:
556	Shows the speed of the close integrator signature.
557	Shows the date of the Integrator Open Signature.
558	Shows the time of the Integrator Open Signature.
559	Open Temperature
560	Shows Device Temperature at start of Integrator Open Signature.
561	Shows the date of the Integrator Close Signature.
562	Shows the time of the Integrator Close Signature.
563	Close Temperature
564	Shows Device Temperature at start of Integrator Close Signature.
565	Shows the cycle count at completion of Integrator Signature capture.
566	Shows the sample rate of the Integrator Open Signature.
567	Shows the sample rate of the Integrator Close Signature.
568	Shows the speed of the Integrator Open Signature.
569	Shows the speed of the Integrator Close Signature.
570	Shows current status of the Installer Signature.
571	Signature was aborted by the user either from HART or keypad. Perform Installer Signature again.
572	Shows calibrated supply pressure at time of Installer Signature.
573	Shows the date of the installer open signature.
574	Shows the time of the installer open signature.
575	Engineering Unit to be displayed with Device Temperature of Installer Open Signature
576	Shows the temperature of the device as measured at the CPU during Installer Open Signature and will be displayed in C or F depending upon UI configuration (Configuration->Basic Configuration->UI Configuration).
577	Shows the date of the installer close signature.
578	Shows the time of the installer close signature.
579	Engineering Unit to be displayed with Device Temperature of Installer Close Signature
580	Shows the temperature of the device as measured at the CPU during Installer Close Signature and will be displayed in C or F depending upon UI configuration (Configuration->Basic Configuration->UI Configuration).
581	Shows the cycle count at completion of installer signature capture.
582	Shows the sample rate of the open installer signature.
583	Shows the sample rate of the close installer signature.
584	Shows the speed of the open installer signature.
585	Shows the speed of the close installer signature.
586	Shows the date of the Installer Open Signature.
587	Shows the time of the Installer Open Signature.
588	Shows Device Temperature at start of Installer Open Signature.
589	Shows the date of the Installer Close Signature.
590	Shows the time of the Installer Close Signature.
591	Shows Device Temperature at start of Installer Close Signature.
592	Shows the cycle count at completion of Installer Signature capture.
593	Shows the sample rate of the Installer Open Signature.
594	Shows the sample rate of the Installer Close Signature.
595	Shows the speed of the Installer Open Signature.
596	Shows the speed of the Installer Close Signature.
597	Shows current status of the baseline signature.
598	Signature was aborted by the user either from HART or keypad. Perform Baseline Signature again.
599	Shows calibrated supply pressure at time of Baseline Signature.
600	Shows the date of the baseline open signature.
601	Shows the time of the baseline open signature.
602	Engineering Unit to be displayed with Device Temperature of Baseline Open Signature
603	Shows the temperature of the device as measured at the CPU during Baseline Open Signature and will be displayed in C or F depending upon UI configuration (Configuration->Basic Configuration->UI Configuration).
604	Shows the date of the baseline close signature.
605	Shows the time of the baseline close signature.
606	Engineering Unit to be displayed with Device Temperature of Baseline Close Signature
607	Shows the temperature of the device as measured at the CPU during Baseline Close Signature and will be displayed in C or F depending upon UI configuration (Configuration->Basic Configuration->UI Configuration).
608	Shows the cycle count at completion of baseline signature capture.
609	Shows the sample rate of the open baseline signature.
610	Shows the sample rate of the close baseline signature.
611	Shows the speed of the open baseline signature.
612	Shows the speed of the close baseline signature.
613	Shows current status of the Baseline Signature.
614	Shows the date of the Baseline Open Signature.
615	Shows the time of the Baseline Open Signature.
616	Shows Device Temperature at start of Baseline Open Signature.
617	Shows the date of the Baseline Close Signature.
618	Shows the time of the Baseline Close Signature.
619	Shows Device Temperature at start of Baseline Close Signature.
620	Shows the cycle count at completion of Baseline Signature capture.
621	Shows the sample rate of the Baseline Open Signature.
622	Shows the sample rate of the Baseline Close Signature.
623	Shows the speed of the Baseline Open Signature.
624	Shows the speed of the Baseline Close Signature.
625	Shows current status of the maintenance signature.
626	Signature was aborted by the user either from HART or keypad. Perform Maintenance Signature again.
627	Shows calibrated supply pressure at time of Maintenance Signature.
628	Shows the date of the maintenance open signature.
629	Shows the time of the maintenance open signature.
630	Engineering Unit to be displayed with Device Temperature of Maintenance Open Signature
631	Shows the temperature of the device as measured at the CPU during Maintenance Open Signature and will be displayed in C or F depending upon UI configuration (Configuration->Basic Configuration->UI Configuration).
632	Shows the date of the maintenance close signature.
633	Shows the time of the maintenance close signature.
634	Engineering Unit to be displayed with Device Temperature of Maintenance Close Signature
635	Shows the temperature of the device as measured at the CPU during Maintenance Close Signature and will be displayed in C or F depending upon UI configuration (Configuration->Basic Configuration->UI Configuration).
636	Shows the cycle count at completion of maintenance signature capture.
637	Shows the sample rate of the open maintenance signature.
638	Shows the sample rate of the close maintenance signature.
639	Shows the speed of the open maintenance signature.
640	Shows the speed of the close maintenance signature.
641	Shows current status of the Maintenance Signature.
642	Shows the date of the Maintenance Open Signature.
643	Shows the time of the Maintenance Open Signature.
644	Shows Device Temperature at start of Maintenance Open Signature.
645	Shows the date of the Maintenance Close Signature.
646	Shows the time of the Maintenance Close Signature.
647	Shows Device Temperature at start of Maintenance Close Signature.
648	Shows the cycle count at completion of Maintenance Signature capture.
649	Shows the sample rate of the Maintenance Open Signature.
650	Shows the sample rate of the Maintenance Close Signature.
651	Shows the speed of the Maintenance Open Signature.
652	Shows the speed of the Maintenance Close Signature.
653	Status:
654	Shows current status of the integrator signature.
655	Open Date:
656	Open Time:
657	Close Date:
658	Close Time:
659	Shows current status of the installer signature.
660	# Maint Signatures
661	Number of valid stored Maintenance Signatures.
662	Total # Signatures
663	Total number of valid stored Signatures.
664	Number Locked:
665	Number of valid Maintenance Signatures files currently locked to prevent over-writing (to save).
666	Latest Signature:
667	Latest or current Maintenance Signature.
668	Maint Sign 1
669	Maint Sign 2
670	Maint Sign 3
671	Maint Sign 4
672	Oldest Signature:
673	Oldest Maintenance Signature.
674	File ID:
675	Maintenance Signature file ID of a specific Maintenance Signature.
676	Lock Status:
677	Lock status may be locked or unlocked.
678	Unlocked
679	Locked
680	Signature # of the Maintenance Signature stored in array[n].
681	Locking:
682	Status:
683	Array
684	PST Type:
685	Shows type of the PST signature.
686	Maintenance PST Signature
687	Automatic Maintenance PST Signature
688	Baseline PST Signature
689	Automatic Baseline PST Signature
690	Maintenance PST Signature Duplex Solenoid A
691	Automatic Maintenance PST Signature Duplex Solenoid A
692	Baseline PST Signature Duplex Solenoid A
693	Automatic Baseline PST Signature Duplex Solenoid A
694	Maintenance PST Signature Duplex Solenoid B
695	Automatic Maintenance PST Signature Duplex Solenoid B
696	Baseline PST Signature Duplex Solenoid B
697	Automatic Baseline PST Signature Duplex Solenoid B
698	PST Status:
699	Shows current status of the baseline PST.
700	PST Successful
701	Finished Partial Stroke Test Successfully.
702	PST in progress
703	The Baseline PST is still in progress.
704	SOVT in progress
705	The SOVT is still in progress.
706	PST Aborted
707	The Baseline PST was aborted by the user.
708	PST Solenoid failure
709	Failure - The solenoid has failed during this Baseline PST or Duplex PST. No pressure change detected after solenoid de-energized.In general, there was no pressure change detected when solenoid was de-energized, indicating solenoid failure. This could be due to solenoid not de-engergizing or the exhaust port may be completely obstructed. If Duplex PST, look at PST Type data to determine which solenoid failed.
710	Invalid start pstn
711	Failure - invalid valve start position for PST. Either the solenoid is not energized, valve may be stuck in a position other than the energized position, supply pressure too low, or position hysteresis configuration should be adjusted.
712	Failed Travel Limit
713	Failure - Baseline PST failed to reach Travel-Limit (Set-Point). This will only occur in systems where signatures are disabled and may be because the valve started moving but became stuck somewhere before reaching the Travel-Limit, or the supply pressuremay be much higher than calirated value, or the solenoiid exhaust port may be obstructed.
714	PST Exceed Total Time
715	Failure - the last PST Exceeded Total Time Limit. This is only used for devices with the signature option disabled.
716	PSI Sensor Fail
717	Failure - the device has detected a failure of the Pressure Sensor 1 during the Baseline PST.
718	Invalid PSI
719	Failure - PST/SOVT aborted (not initiated) due to supply pressure outside the hysteresis.
720	PST Exceed TRL
721	Failure - the Baseline PST exceeded Travel-Limit by travel-limit hysteresis %. In general, the device will readjust the hysteresis automatically so if a second Baseline PST is done, it should pass.
722	Solenoid2 Failed
723	Failure - the PST/SOVT on second (redundant) solenoid failed (only applies to duplex).
724	PST SW Fail
725	Firmware Fail!
726	PST never done.
727	PST Not Done, possibly because no Baseline Signature.
728	PST Date:
729	Shows Date this PST was performed.
730	PST Time:
731	Shows time this PST was performed.
732	BPST Temp Units
733	Engineering Unit to be displayed with Device Temperature of Baseline PST
734	BPST Dev Temp
735	Shows the temperature of the device as measured at the CPU during Baseline PST and will be displayed in C or F depending upon UI configuration (Configuration->Basic Configuration->UI Configuration).
736	PST Travel-Limit:
737	Shows the target Travel-Limit of the PST signature (starting from energized position) which can be set in PST Configuration Menu as Travel-Limit.
738	PST Start Position:
739	Shows the start position of the PST signature.
740	PST Total Travel:
741	Shows the total travel of the PST signature (starting from energized position to point where direction of movement reversed). This can show how far past the Travel-Limit the valve has moved.have moved.
742	PST supply pressure:
743	Shows the supply pressure before start of Baseline PST as % of Calibrated Supply Pressure (Nominal Pressure). In Spring-Return applications, this can be considered Supply Pressure.
744	PST Break Time:
745	Shows the break time of baseline PST signature.
746	PST Travel-Limit Time:
747	Shows the time to reach the Travel-Limit of baseline PST signature as measured from start of movement until travel limit reached.
748	PST Total Time:
749	Shows the total time of baseline PST signature.
750	PST Break Pressure1:
751	Shows the break pressure of the baseline PST signature (Pressure at point where movement first detected as % of Nominal Pressure).
752	PST Sample Rate:
753	Shows the sample rate of the baseline PST signature.
754	PST Count:
755	Shows the PST count when a valid baseline PST signture performed.
756	PST Travel Err:
757	Shows the error in % from the Travel-Limit of baseline PST signature (should be same as Travel-Limit - end-point).
758	BPST Status:
759	Shows current status of the Baseline PST.
760	BPST Type:
761	Shows type of the Baseline PST.
762	BPST Date:
763	BPST Time:
764	Shows Time this PST was performed.
765	BPST Temperature
766	Shows Device Temperature at start of Baseline PST.
767	BPST Travel-Limit:
768	Shows the target Travel-Limit of the Baseline PST (starting from energized position) which can be set in PST Configuration Menu as Travel-Limit.
769	BPST Start Position:
770	Shows the start position of the Baseline PST.
771	BPST Total Travel:
772	Shows the total travel of the Baseline PST (starting from energized position to point where direction of movement reversed). This can show how far past the Travel-Limit the valve has moved.
773	BPST Supply Press:
774	BPST Break Time:
775	Shows the break time of Baseline PST.
776	BPST TravLim Time:
777	Shows the time to reach the Travel-Limit of Baseline PST as measured from start of movement until travel limit reached.
778	BPST Total Time:
779	Shows the Total (Cycle) Time of Baseline PST .
780	BPST Break Press1:
781	Shows the break pressure of the Baseline PST (Pressure at point where movement first detected as % of Nominal Pressure).
782	BPST Sample Rate:
783	Shows the sample rate of the Baseline PST signature.
784	Shows the PST count when the valid Baseline PST was performed.
785	BPST Travel Err:
786	Shows the error in % of the configured Travel-Limit vs the attained Travel-Limit in Baseline PST.
787	Shows current status of the maintenance PST.
788	Finished Maintenance Partial Stroke Test Successfully.
789	The Maintenance PST is still in progress.
790	The Maintenance PST was aborted by the user.
791	Failure - The solenoid has failed during this Maintenance PST or Duplex PST. No pressure change detected after solenoid de-energized.In general, there was no pressure change detected when solenoid was de-energized, indicating solenoid failure. This could be due to solenoid not de-engergizing or the exhaust port may be completely obstructed. If Duplex PST, look at PST Type data to determine which solenoid failed.
792	Failure - Maintenance PST failed to reach Travel-Limit (Set-Point). This will only occur in systems where signatures are disabled and may be because the valve started moving but became stuck somewhere before reaching the Travel-Limit, or the supply pressuremay be much higher than calirated value, or the solenoiid exhaust port may be obstructed.
793	PST Slow Trvl Time
794	Failure - the last Maintenance PST Failed because it exceeded the Slow Travel Time Limit to reach the Travel-Limit of the Baseline PST as determined by the PST Travel Time Hysteresis % (configuration). This may be due to a weak actuator spring, the valve sticking during movement, an obstucted exhaust port, or in some circumstances abnormally high process pressure.
795	PST Fast Trvl Time
796	Failure - the last Maintenance PST failed because it exceeded the Fast Travel Time Limit to reach Travel-Limit of the Baseline PST as .determined by the PST Travel Time Hysteresis % (configuration). This may be due to a broken valve shaft or valve coupler, or in some circumstances abnormally low process pressure.
797	PST Hi Brk Press
798	Failure - the last Maintenance PST failed because the Break Pressure was over the high limit of the Baseline PST Break Pressure as determined by the PST Break Pressure Hysteresis % (configuration). If the break pressure was too high, it could be due to a broken valve shaft or valve coupler or in some circumstances abnormally low process pressure.
799	PST Lo Brk Press
800	Failure - the last Maintenance PST failed because the Break Pressure was below the low limit of the Baseline PST Break Pressure as determined by the PST Break Pressure Hysteresis % (configuration). If the break pressure was too low, it could be the spring has become too weak, the valve is sticking, or in some circumstances abnormally high process pressure.
801	Failure - the last PST Exceeded Total Time Limit. This is only used for devices with the signature option disabled.
802	Failure - the device has detected a failure of the Pressure Sensor 1 during the Maintenance PST.
803	Failure - the PST Exceeded the Travel Limit, may need to adjust the travel limit error to re-energize sooner. The way this works is the device uses the Baseline Travel-Limit hysteresis and re-energizes the solenoid when the position gets within the hysteresis range of the Travel-Limit, thereby trying to prevent overshoot of the Travel-Limit on the Maintenance PST. Of course it could still overshoot which would then be considered a failure, possibly a problem with the solenoid.
804	PST never done
805	A Maintenancee PST has never been performed, possibly because no Baseline Signature or Baseline PST.
806	Shows Date this Maintenance PST was performed.
807	Shows time this Maintenance PST was performed.
808	Engineering Unit to be displayed with Device Temperature of Maintenance PST
809	Shows the temperature of the device as measured at the CPU during Maintenance PST and will be displayed in C or F depending upon UI configuration (Configuration->Basic Configuration->UI Configuration).
810	PST Travel:
811	Shows the end position of the PST signature (starting from energized position to point where direction of movement reversed). This can show how far past the Travel-Limit the valve has moved.
812	Shows the supply pressure before start of Maintenance PST as % of Calibrated Supply Pressure (Nominal Pressure). In Spring-Return applications, this can be considered Supply Pressure.
813	Shows the break time of maintenance PST signature.
814	Shows the time to reach the Travel-Limit of maintenance PST signature as measured from start of movement until travel limit reached.
815	Shows the total time of maintenance PST signature.
816	Shows the break pressure of the maintenance PST signature as % of Nominal Pressure.
817	Shows the sample rate of the maintenance PST signature.
818	Shows the PST count when a valid maintenance PST signture performed.
819	Auto PST Date:
820	Shows Date the next auto PST will be performed.
821	Auto PST Time:
822	Shows Time the next auto PST will be performed.
823	MPST Status:
824	Shows current status of the Maintenance PST.
825	MPST Type:
826	Shows type of the PST.
827	MPST Date:
828	MPST Time:
829	Shows Time this Maintenance PST was performed.
830	MPST Temperature
831	Shows Device Temperature at start of Maintenance PST.
832	MPST Travel-Limit:
833	Shows the target Travel-Limit of the Maintenance PST (starting from energized position) which is the same value used for the Baseline PST.
834	MPST Start Position:
835	Shows the start position of the Maintenance PST .
836	MPST Total Travel:
837	Shows the total travel of the Maintenance PST (starting from energized position to point where direction of movement reversed). This can show how far past the Travel-Limit the valve has moved.
838	MPST Supply Press:
839	MPST Break Time:
840	Shows the break time of Maintenance PST.
841	MPST TravLim Time:
842	Shows the time to reach the Travel-Limit of Maintenance PST as measured from start of movement until travel limit reached.
843	MPST Total Time:
844	Shows the Total (Cycle) Time of Maintenance PST.
845	MPST Break Press1:
846	Shows the break pressure of the Maintenance PST (Pressure at point where movement first detected as % of Nominal Pressure).
847	MPST Sample Rate:
848	Shows the sample rate of the Maintenance PST signature.
849	Shows the PST count when the valid Maintenance PST signture wasperformed.
850	Auto MPST Date:
851	Shows the date of the next auto Maintenance PST.
852	Auto MPST Time:
853	Shows the time of the next auto Maintenance PST.
854	SOVT Type:
855	Shows type of the SOVT.
856	Simplex SOVT
857	Automatic Simplex SOVT
858	Duplex SOVT Solenoid A
859	Automatic Duplex SOVT Solenoid A
860	Duplex SOVT Solenoid B
861	Automatic Duplex SOVT Solenoid B
862	SOVT Status:
863	Shows current status of the most recent SOVT.
864	SOVT Successful
865	This SOVT was successful.
866	SOVT Aborted
867	The SOVT was aborted by the user.
868	SOVT Solenoid failure
869	Failure - The solenoid has failed during this SOVT. No pressure change detected after solenoid de-energized.In general, there was no pressure change detected when solenoid was de-energized, indicating solenoid failure. This could be due to solenoid not de-engergizing or the exhaust port may be completely obstructed. If Duplex PST, look at PST Type data to determine which solenoid failed.
870	Failure - invalid start position for SOVT. Either the solenoid is not energized, valve may be stuck in a position other than the energized position, supply pressure too low, or position hysteresis configuration should be adjusted.
871	Failure - the device has detected a failure of the Pressure Sensor 1 during the last SOVT.
872	Failure - SOVT aborted (not initiated) due to supply pressure outside the hysteresis.
873	Failure - the SOVT on second (redundant) solenoid failed (only applies to duplex).
874	SOVT SW Fail
875	Failed, software failure.
876	SOVT never done
877	A SOVT has never been performed.
878	SOVT Date:
879	Shows Date this most recent SOVT was performed.
880	SOVT Time:
881	Shows time this most recent SOVT was performed.
882	SOVT Start Position:
883	Shows the start valve position of the most recent SOVT.
884	SOVT supply pressure:
885	Shows the supply pressure as % of most recent SOVT.
886	SOVT Sample Rate:
887	Shows the sample rate of the most recent SOVT.
888	SOVT Count:
889	Shows the count of the most recent SOVT.
890	Auto SOVT Date:
891	Shows Date the next auto SOVT will be performed.
892	Auto SOVT Time:
893	Shows Time the next auto SOVT will be performed.
894	Shows type of the most recent SOVT, where Simplex is one solenoid, Duplex is redundant solenoids.
895	Shows Date the most recent SOVT was performed.
896	Shows Time the most recent SOVT was performed.
897	Shows the valve position at start of the most recent SOVT.
898	SOVT Supply Press:
899	Shows the supply pressure as % of the most recent SOVT.
900	Shows the number of SOVT's performed to date.
901	Shows the date of the next auto SOVT.
902	Shows the time of the next auto SOVT.
903	Baseline RT Supply Pressure:
904	Shows the Baseline RT Supply Pressure in Psig.
905	Latest RT Supply Pressure:
906	Shows the Latest RT Supply Pressure in Psig.
907	Baseline Open RT Date:
908	Shows Date the Baseline Open RT data was captured.
909	Latest Open RT Date:
910	Shows Date the Latest Open RT data was captured.
911	Baseline Open RT Time:
912	Shows Time the Baseline Open RT data was captured.
913	Latest Open RT Time:
914	Shows Time the Latest Open RT data was captured.
915	Baseline Open RT supply pressure:
916	Shows the Baseline Open RT supply pressure as %, measured as pressure 1 before movement starts. In Spring-Return applications, this can be considered Supply Pressure and depending upon fail-open/fail-closed, could be full pressure or no pressure.
917	Latest Open RT supply pressure:
918	Shows the Latest Open RT supply pressure as %, measured as pressure 1 before movement starts. In Spring-Return applications, this can be considered Supply Pressure and depending upon fail-open/fail-closed, could be full pressure or no pressure.
919	Baseline Open RT Break Time:
920	Baseline Open RT break time.
921	Latest Open RT Break Time:
922	Latest Open RT break time.
923	Baseline Open RT Travel Time:
924	Baseline Open RT travel time.
925	Latest Open RT Travel Time:
926	Latest Open RT travel time.
927	Baseline Open RT Break Pressure1:
928	Baseline Open RT break pressure1, proportional to spring tension.
929	Latest Open RT Break Pressure1:
930	Latest Open RT break pressure1, proportional to spring tension.
931	Baseline Open RT Break Pressure2:
932	Baseline Open RT break pressure2.
933	Latest Open RT Break Pressure2:
934	Latest Open RT break pressure2.
935	Baseline Close RT Date:
936	Shows Date the Baseline Close RT data was captured.
937	Latest Close RT Date:
938	Shows Date the Latest Close RT data was captured.
939	Baseline Close RT Time:
940	Shows Time the Baseline Close RT data was captured.
941	Latest Close RT Time:
942	Shows Time the Latest Close RT data was captured.
943	Baseline Close RT supply pressure:
944	Shows the Baseline Close RT supply pressure as %, measured as pressure 1 before movement starts. In Spring-Return applications, this can be considered Supply Pressure and depending upon fail-open/fail-closed, could be full pressure or no pressure.
945	Latest Close RT supply pressure:
946	Shows the Latest Close RT supply pressure as %, measured as pressure 1 before movement starts. In Spring-Return applications, this can be considered Supply Pressure and depending upon fail-open/fail-closed, could be full pressure or no pressure.
947	Baseline Close RT Break Time:
948	Baseline Close RT break time.
949	Latest Close RT Break Time:
950	Latest Close RT break time.
951	Baseline Close RT Travel Time:
952	Baseline Close RT travel time.
953	Latest Close RT Travel Time:
954	Latest Close RT travel time.
955	Baseline Close RT Break Pressure1:
956	Baseline Close RT break pressure1, proportional to spring tension.
957	Latest Close RT Break Pressure1:
958	Latest Close RT break pressure1, proportional to spring tension.
959	Baseline Close RT Break Pressure2:
960	Baseline Close RT break pressure2.
961	Latest Close RT Break Pressure2:
962	Latest Close RT break pressure2.
963	Baseline RT Cycle Count:
964	Shows the Baseline RT cycle count.
965	Latest RT Cycle Count:
966	Shows the Latest RT cycle count.
967	Run-Time Comparison Summary
968	This data summarizes the comparison of the Run-Time data which is captured as part of the Baseline and Latest Maintenance Signatures where some very specific data from the graphs are analyzed for deviations.
969	Opn Supp Press Fail
970	If ON, indicates the pressure in chamber 1 before start of open Maintenance Signature deviated from the open Baseline Signature chamber 1 pressure by more than the 'pressure 1' hysteresis value. In general this can be considered supply pressure for Spring-Return applications and depending upon fail-open/fail-closed, could be full pressure or no pressure.
971	Opn Break Time Fail
972	If ON, indicates the open break time of the Maintenance Signature deviated from the Baseline Signature by more than the 'open time' hysteresis value.
973	Opn Trvl Time Fail
974	If ON, indicates the open travel time of the Maintenance Signature deviated from the Baseline Signature by more than the 'open time' hysteresis value.
975	Opn Brk Press1 Fail
976	If ON, indicates the open break pressure 1 of the Maintenance Signature deviated from the Baseline Signature by more than the 'pressure 1' hysteresis value.
977	Opn Brk Press2 Fail
978	If ON, indicates the open break pressure 2 of the Maintenance Signature deviated from the Baseline Signature by more than the 'pressure 2' hysteresis value. This status is only meaningful if pressure sensor 2 is enabled in configuration.
979	Cls Supp Press Fail
980	If ON, indicates the pressure in chamber 1 before start of close Maintenance Signature deviated from the close Baseline Signature chamber 1 pressure by more than the 'pressure 1' hysteresis value. In general this can be considered supply pressure for Spring-Return applications and depending upon fail-open/fail-closed, could be full pressure or no pressure.
981	Cls Break Time Fail
982	If ON, indicates the close break time of the Maintenance Signature deviated from the Baseline Signature by more than the 'close time' hysteresis value.
983	Cls Trvl Time Fail
984	If ON, indicates the close travel time of the Maintenance Signature deviated from the Baseline Signature by more than the 'close time' hysteresis value.
985	Cls Brk Press1 Fail
986	If ON, indicates the close break pressure 1 of the Maintenance Signature deviated from the Baseline Signature by more than the 'pressure 1' hysteresis value.
987	Cls Brk Press2 Fail
988	If ON, indicates the close break pressure 2 of the Maintenance Signature deviated from the Baseline Signature by more than the 'pressure 2' hysteresis value. This status is only meaningful if pressure sensor 2 is enabled in configuration.
989	Cycle Count Limit
990	If ON, indicates the cycle count of the Maintenance Signature exceeded the user selected cycle limit.
991	BCSupplyPress:
992	Shows the Baseline Calibrated Supply Pressure.
993	BOpn Date:
994	BOpn Time:
995	BOpn Supp Press:
996	BOpn Break Time:
997	Shows the Baseline Open RT Break Time.
998	BOpn Travel Time:
999	Shows the Baseline Open RT Travel Time.
1000	BOpn Brk Press1:
1001	Shows the Baseline Open RT Break Pressure1, proportional to spring tension.
1002	BOpn Brk Press2:
1003	Shows the Baseline Open RT Break Pressure2.
1004	BCls Date:
1005	BCls Time:
1006	BCls Supp Press:
1007	BCls Break Time:
1008	Shows the Baseline Close RT Break Time.
1009	BCls Travel Time:
1010	Shows the Baseline Close RT Travel Time.
1011	BCls Brk Press1:
1012	Shows the Baseline Close RT Break Pressure1, proportional to spring tension.
1013	BCls Brk Press2:
1014	Shows the Baseline Close RT Break Pressure2.
1015	Base CycleCnt:
1016	LCSupplyPress:
1017	Shows the Latest Manintenance Calibrated Supply Pressure.
1018	LOpn Date:
1019	LOpn Time:
1020	LOpn Supp Press:
1021	LOpn Break Time:
1022	Shows the Latest Open RT Break Time.
1023	LOpn Travel Time:
1024	Shows the Latest Open RT Travel Time.
1025	LOpn Brk Press1:
1026	Shows the Latest Open RT Break Pressure1, proportional to spring tension.
1027	LOpn Brk Press2:
1028	Shows the Latest Open RT Break Pressure2.
1029	LCls Date:
1030	LCls Time:
1031	LCls Supp Press:
1032	LCls Break Time:
1033	Shows the Latest Close RT Break Time.
1034	LCls Travel Time:
1035	Shows the Latest Close RT Travel Time.
1036	LCls Brk Press1:
1037	Shows the Latest Close RT Break Pressure1, proportional to spring tension.
1038	LCls Brk Press2:
1039	Shows the Latest Close RT Break Pressure2.
1040	Latest CycleCnt:
1041	Deviation Summry:
1042	Shows the specific parameters that deviate based upon hysteresis configuration.
1043	Running Process:
1044	Currently running process on device.
1045	None
1046	Calibration
1047	Signature
1048	PST
1049	ESD
1050	SOVT
1051	Lockout
1052	Percent Done:
1053	Percentage done or completed of currently running process on device.
1054	Start Process:
1055	Start the specified process running on device.
1056	Type of Process:
1057	Specifies type of process to run on device (Maintenance or Baseline, doen not applied to SOVT).
1058	Maintenance
1059	Baseline
1060	Select Signature:
1061	This is used to select a specific Signature that is desired to be viewed and plotted.
1062	Integrator Signature File
1063	Installer Signature File
1064	Baseline Signature File
1065	Maint Sign File 1
1066	Maint Sign File 2
1067	Maint Sign File 3
1068	Maint Sign File 4
1069	This is usd to select the specific Maintenance Signature file that is desired to be viewed/plotted in the View Selected Sign sub-menu. The 'Latest' is the most recent and the 'Oldest' is the oldest Maintenance Signature on file (up to 4 stored). If the Latest File ID is the same as the Oldest, then there is only a Latest available. If a Maintenance Signature does not exist in the previous list, do not select it as it cannot be displayed.
1070	Direction #
1071	Sensor #
1072	Seegment #
1073	Signature plot point
1074	Valve Position
1075	Denotes a point in time of valve position.
1076	Denotes a point in time of pressure 1.
1077	Denotes a point in time of pressure 2.
1078	Baseline Signature Data
1079	Opening Position
1080	Opening Pressure1
1081	Opening Pressure2
1082	Closing Position
1083	Closing Pressure1
1084	Closing Pressure2
1085	Maintenance Signature Data
1086	Closeing Pressure1
1087	Baseline PST Signature Data
1088	Pressure1
1089	Pressure2
1090	Maintenance PST Signature Data
1091	Time
1092	Seconds
1093	%
1094	%x10
1095	Open Position
1096	Open Pressure 1
1097	Open Pressure 2
1098	Plot Base Opn Sign
1099	Close Position
1100	Close Pressure 1
1101	Close Pressure 2
1102	Plot Base Cls Sign
1103	Plot Maint Opn Sign
1104	Plot Maint Cls Sign
1105	PST Position
1106	PST Pressure 1
1107	PST Pressure 2
1108	Plot Base PST Sign
1109	Plot Maint PST Sign
1110	'User Login is not required.'
1111	'User Login is required.'
1112	Configuration/Calibration
1113	Offline
1114	No modifiable offline parameters.
1115	Enter Hot-Key Menu
1116	'User login is not required.'
1117	'User login is required.'
1118	Main Menu
1119	Login/Logout
1120	Allows login access to the device and logout. There are two levels of login. The first is User level login when ever user login is enabled in configuration (default is disabled). The other is Factory level which is restricted to Westlock/Pentair personnel only. Note if User login is enabled and the user is not logged in, all menus affecting configuration, calibration, and diagnostics are hidden.
1121	Configuration
1122	HART Identification
1123	This menu provides the means to set a number of HART parameters unique to a specific device and valve/actuator assembly.
1124	Loop Currrent Mode
1125	This menu provides the means to set the device for normal loop current mode (position transmitter) or fixed curren mode (multidrop) operation. If loop current mode disabled, the polling address should be non-0 and unique (1-63). In general, polling address 0 should be used for loop current mode.
1126	View Factory Options
1127	This menu provides visability of the options that were set from the factory when the device was purchased. In order to change these options, only Westlock/Pentair field personnel have the ability to login as Factory level to change these. Note there may be a cost involved to enable an option previously disabled. On some hosts, this data s displayed as an LED, where Red means enabled.
1128	Modify Factory Options
1129	This menu provides ability to modify the options that were set from the factory when the device was purchased. In order to change these options, only Westlock/Pentair field personnel have the ability to login as Factory level to change these. Note there may be a cost involved to enable an option previously disabled. On some hosts, this data s displayed as an LED, where Red means enabled.
1130	Basic Configuration
1131	This menu is used to configure basic parameters for operation of the device.
1132	Signature Configuration
1133	This menu is used to configure signature (Full-Stroke Test, FSTFail, ) related parameters for the device. Signatures must be enabled to use this.
1134	RTC not initialized.
1135	UI Configuration
1136	Device LCD/Keypad User Interface Configuration
1137	Alert Hysteresis
1138	This menu is used to configure hysteresis values used to generate warning alerts for deviations in operating parameters between Baseline and Maintenance Run-Time and PST signature data.
1139	PST Configuration
1140	This menu is used to configure PST (Partial-Stroke Test) related parameters for desired PST operation.
1141	PST Fail Criteria
1142	This menu is used to configure the specific criteria for PST failures. In general, the default values may be sufficient in most cases but this menu will allow customization of the threshold limits which dictate a failure of the a PST. Note, use the Configuration->Alarm Hysteresis menu to alter thresholds for Alarms, which are not failures but trending conditions that may lead to future faiures.
1143	Auto PST Config
1144	This menu provides the ability to configure periodic Maintenance PSTs to be performed automatically. The periodic time period can be set to support a predetermined target Probability of Failure on Demand (PFD) to meet a required SIL level of the valve/actuator.
1145	SOVT Configuration
1146	This menu provides the ability to configure periodic SOVTs (Solenoid-Operated Valve Test) to be performed automatically. The periodic time period can be set to support a predetermined target Probability of Failure on Demand (PFD) to meet a required SIL level of the solenoid.
1147	Alarm Configuration
1148	There are two basic types of Alarms, failure and summary. This allows enabling or disabling any of these Alarms. If a specific alarm is enabled, the DEPIC2 will set this alarm signal when the related failure condition occurs. As noted before, some alarms here are not necessarily hard failures but are summary alarms, primarily the ESD and PST alarms are actually hard failures requiring immediate attention.
1149	Allows enabling or disabling the Error Summary Alarm. If enabled, the DEPIC2 will set this alarm signal when a new error has been logged in the error file. To clear the alarm, simply go to menu Device Specific Status->Error File->Retrieve Errors. Viewing these errors is only available to Westlock/Pentair Personnel (must login as Factory).
1150	Alert Sum Alarm
1151	Allows enabling or disabling the Alert Summary Alarm. If enabled, the DEPIC2 will set this alarm signal when a new alert transition has been logged in the warning alert file. To clear the alarm, simply go to the menu Device Specific Status->Alert File->Retrieve Alerts to review warning alerts.
1152	Allows enabling or disabling the Service Maintenance Alarm. If enabled, the DEPIC2 will set this alarm signal when the configured Service Mainennce Date/Time has occured. To clear the alarm, simply go to menu Configuration->Configure Service Maintenance to set the next Service Date/Time.
1153	Allows enabling or disabling Cycle Limit Alarm. If enabled, the DEPIC2 will set this alarm signal when the valve movement cycle increments past the configured limit. To clear the alarm, simply go to menu Configuration->Failure Alarm Config->Cycle Alarm to set a new limit or change the cycle count. In general it is better to change the limit in case a record of the count is being kept.
1154	PST Fail Alarms
1155	Allows enabling or disabling the Failure Alarms related to PST. If a specific alarm is enabled, the DEPIC2 will set that alarm signal when a PST fails due to the specific enabled alarm. To clear the specific alarm, the specific reason for the failure must be resolved and a new PST must be performed.
1156	ESD Fail Alarm
1157	Allows enabling or disabling the ESD Failure Alarm. If enabled and if ESD is enabled, the DEPIC2 will set this alarm signal when the SIS voltage is externally removed from the solenoid (de-energized). Reinstating the SIS voltage (energized) will clear this Alarm.
1158	Service Maintenance
1159	Allows the user to set a Date/Time for notification to perform routine maintenance on a valve/actuator. The associated Alarm should also be enabled if immediate notification is desired.
1160	Date/Time Set-up
1161	This menu shows the Date/Time status (Set or Not Set). It also shows the current date/time as well as the date/time when last set, both of which may be invalid if never set before. Finally, the option is provided to set or update the Date/Time.
1162	Date/Time Is Set.
1163	Date/Time Not Set.
1164	Last Full Cal. Date/Time
1165	Shows the Date/Time, Tempurature, and Pressure (if signatures enabled) of the last full calibration. If calibration was not done, it will indicate so.
1166	PV Rerange
1167	Allows Reranging the Primary Variable (PV) based upon user defined range limits. When position exceeds new range limits, HART Field Device Status will activate showing PV is outside range limits.
1168	Diagnostics
1169	Full Stroke Signatures
1170	From here you can perform and view Full-Stroke Test signatures. Note these can be temporarily disruptive to the process since the valve must fully move open and closed.
1171	Generate New Signatures
1172	From this menu Baseline and Maintenance Signatures can be generated on the device.
1173	Show All Signatures
1174	List Available Maint
1175	This menu shows a simple list of what valid Maintenance signatures files (1-4) are available on the device. If a signature file is not displayed, it has not been generated and is not available. It will also show which is the latest and oldest Mainenance Signature files (up to 4).
1176	Maint 1 Latest
1177	Maint 1 Oldest
1178	Maint 1 Available
1179	Maint 2 Latest
1180	Maint 2 Oldest
1181	Maint 2 Available
1182	Maint 3 Latest
1183	Maint 3 Oldest
1184	Maint 3 Available
1185	Maint 4 Latest
1186	Maint 4 Oldest
1187	Maint 4 Available
1188	Invalid Signature
1189	Maint 1 Not Available
1190	Maint 2 Not Available
1191	Maint 3 Not Available
1192	Maint 4 Not Available
1193	View Integrator
1194	This menu allows viewing information about a valid Integrator Signature but currently does not allow plotting.
1195	View Integrator Open Signature
1196	View Integrator Close Signature
1197	View Installer
1198	This menu allows viewing information about a valid Installer Signature but currently does not allow plotting.
1199	View Installer Open Signature
1200	View Installer Close Signature
1201	View Baseline
1202	This menu allows viewing information and plottting a valid Baseline Signature.
1203	View Baseline Open
1204	View and Plot the Baseline Open Signature.
1205	View Baseline Close
1206	View and Plot the Baseline Close Signature.
1207	All Maint. Signatures
1208	This menu allows viewing information and plotting only valid Maintenance Signatures.
1209	View Selected Sign
1210	This menu allows viewing information and plotting a selected valid Maintenance Signature (up to 4).
1211	Selected Maint Open
1212	View and Plot the previously selected Maintenance Signature for valve Opening.
1213	Selected Maint Close
1214	View and Plot the previously selected Maintenance Signature for valve Closing.
1215	Lock/Unlock Maint
1216	This menu allows locking or unlocking specific Maintenance Signature files. Only 2 of the 4 possible Maintenance Signatures may be locked at any one time. Locking a specific maintenance signature file prevents it from being over-written on the device, thereby saving the signature.
1217	Maint 1
1218	Maint 2
1219	Maint 3
1220	Maint 4
1221	Show Run-Time Data
1222	Any time a new Maintenance Signature is generated, the device analizes specific points in the position/pressure data points to look at specific points of interest in comparing the Baseline and Maintenance Signatures looking for degradation in performance. This is stored as Run-Time data.
1223	View Run-Time Summary
1224	This will summarize the Run-Time data between the Baseline and Maintenance Signatures and provides a pass/fail status of each parameter of interest where OFF means Passed and ON means Failed.
1225	Opening Run-Time Data
1226	This menu breaks down the Run-Time data to look at other menus showing actual values of Baseline or Maintenance Open Run-Time data and menus to compare time or pressure.
1227	Baseline Opening Run-Time Data
1228	This menu shows the Opening Baseline Run-Time data values.
1229	Latest Opening Run-Time Data
1230	This menu shows the latest Opening Maintenance Run-Time data values.
1231	Compare Opening Time Functions
1232	This menu shows a comparison of the Opening Baseline and Latest Maintenance Run-Time data time values.
1233	Compare Opening Pressure Functions
1234	This menu shows a comparison of the Opening Baseline and Latest Maintenance Run-Time data pressure values.
1235	Closing Run-Time Data
1236	This menu breaks down the Run-Time data to look at other menus showing actual values of Baseline or Maintenance Close Run-Time data and menus to compare time or pressure.
1237	Baseline Closing Run-Time Data
1238	This menu shows the Closing Baseline Run-Time data values.
1239	Latest Closing Run-Time Data
1240	This menu shows the latest closing Maintenance Run-Time data values.
1241	Compare Closing Time Functions
1242	This menu shows a comparison of the Closing Baseline and Maintenance Run-Time data time values.
1243	Compare Closing Pressure Functions
1244	This menu shows a comparison of the Closing Baseline and Maintenance Run-Time data pressure values.
1245	Partial Stroke Test
1246	From here you can perform and view Partial-Stroke Tests. Note these tests are minimally disruptive to the process since the valve will only make a small movement (based upon configured travel limit) to test proper valve/actuator functionality and detect potential failures before they fail in a safety situation.
1247	View/Plot Baseline PST
1248	This menu will show the relevent data for the Baseline PST as well as allow plotting.
1249	View/Plot Latest Maintenance PST
1250	This menu will show the relevent data for the latest Maintenance PST as well as allow plotting.
1251	Compare PST's
1252	This menu is provided to select other menus of specialized comparisons of a Baseline PST with the latest Maintenance PST.
1253	Compare PST Non-Timing
1254	Compares travel and pressure (if signatures enabled) aspects of the Baseline and Maintenance PST.
1255	Compare PST Timing
1256	Compares timing aspects of the Baseline and Maintenance PST.
1257	From here you can perform and view Solenoid-Operated Valve Tests. Note these tests are not disruptive to the process since the valve will will not move (if properly calibrated) to test proper solenoid functionality and detect potential solenoid failures before they fail in a safety situation.
1258	View Last SOVT
1259	This menu will show the relevent data for the most recent SOVT
1260	Device Info
1261	Show Manufacturer
1262	Show Revisions
1263	Device Specific Status
1264	This menu is provided to examine all available status related to this device. Note that currently all alerts are considered warnings and and alarms are hard failures.
1265	Field Device Status
1266	This menu shows standard HART defined field device status bits as related to the process. If any status bit is not set, it will appear as OFF. 1) Position detected is outside the pre-defined range limits of +-5%. 2) Non-PV variable outside limits, currently not used. 3) The Loop Current is outside the pre-defined range limits of +-5%. 4) The Loop Current is fixed, this may be because the user has set it or it may be fixed at 21 mA as a result of a PST failure as per NAMUR NE-43 (see PST Alerts). Generally #3 will be set with this if PST failure. 5) This indicates more (extended) status is avilable (see Extended Device Status or Alert Status). 6) Cold Start indicates a device reset or power cycle. 7) Configuration has changed either from HART or the Keypad. 8) Device Malfunction, currently not used.
1267	General Alarm Status
1268	This menu shows alarm status of the general summary alarms. Note in this catagory, only the ESD is a failure alarm. All others are considered important notifications. If a specific alarm is not enabled or is not set, it will appear as OFF (inactive).
1269	PST/SOVT Fail Alarm Status
1270	This menu shows specific PST failure alarm status. If the specific alarm is not enabled or is not set, it will appear as OFF (inactive).
1271	Miscellaneous Device Status
1272	This menu shows miscellaneous device status which may not be related to any specific problem but may be important to know for debugging any problems. Status shown here is strictly for informational purposes and may not be meaningful to the user.
1273	Sensor A/D
1274	This menu shows the Hall Sensor (Position) A/D values and Pressure sensor A/D values attained from calibration which may not be related to any specific problems but may be important to know for debugging any problems. Status shown here is strictly for informational purposes and may not be meaningful to the user.
1275	HART DLL Statistics
1276	This menu shows a number of HART DLL (Data Link Layer) statistics which may not be related to any specific problem but may be important to know for debugging any problems. Status shown here is strictly for informational purposes and may not be meaningful to the user. These counters may be reset as well.
1277	Calibration Error Alarms
1278	This menu shows any calibration error alarms (failures) encountered during the last calibration. Note these cannot be enabled or disabled in configuration and so are always enabled. If a specific error alarm is not set, it will appear as OFF (inactive).
1279	Error File
1280	This menu provides access to software generated errors discovered during operation. This is viewable only to Westlock/Pentair personnel
1281	View All Errors
1282	View Error[0]
1283	View Error[1]
1284	View Error[2]
1285	View Error[3]
1286	View Error[4]
1287	View Error[5]
1288	View Error[6]
1289	View Error[7]
1290	Alert File
1291	This menu provides access to warning alerts logged by the device. Currently all alerts are considered warnings and not hard failures. Note, an alert is logged anytime it transitions from Inactive to Active (alert is set) or Active to Inactive (alert has cleared).
1292	View All Alerts
1293	This will allow viewing of all alert transitions (Active or Inactive) currently stored on the device. Up to the last 16 alerts transitions are stored on the device. In general alert index 0 will be the latest transition.
1294	View Alert[0]
1295	View Alert[1]
1296	View Alert[2]
1297	View Alert[3]
1298	View Alert[4]
1299	View Alert[5]
1300	View Alert[6]
1301	View Alert[7]
1302	View Alert[8]
1303	View Alert[9]
1304	View Alert[10]
1305	View Alert[11]
1306	View Alert[12]
1307	View Alert[13]
1308	View Alert[14]
1309	View Alert[15]
1310	View Active Alerts
1311	This will allow viewing of only active alert transitions (going from Inactive to Active) currently stored on the device. This is a filtered version of View All Alerts
1312	View Active Alert[0]
1313	View Active Alert[1]
1314	View Active Alert[2]
1315	View Active Alert[3]
1316	View Active Alert[4]
1317	View Active Alert[5]
1318	View Active Alert[6]
1319	View Active Alert[7]
1320	View Active Alert[8]
1321	View Active Alert[9]
1322	View Active Alert[10]
1323	View Active Alert[11]
1324	View Active Alert[12]
1325	View Active Alert[13]
1326	View Active Alert[14]
1327	View Active Alert[15]
1328	Abort Manual Calibration
1329	Abort_PST
1330	Factory Login
1331	Allows Westlock/Pentair personnel login access to the device. The Factory level login is required primarily to modify factory options in the field. Full access to the device is available through factory login.
1332	Factory Logout
1333	Allows factory logout from the device. The Factory level login is required primarily to modify factory options in the field. Full access to the device is available through factory login. No harm will be done if a factory logout is done without logging in.
1334	User Login
1335	Allows user login access to the device. The User level login is required when ever user login is enabled in configuration (default is disabled). Note if User login is enabled and the user is not logged in, all menus affecting configuration, calibration, and diagnostics menus are hidden.
1336	User Logout
1337	Allows user logout from the device. The User level login is required provided user login is enabled in configuration (default is disabled). Note if User login is enabled and the user is not logged in, all menus affecting configuration, calibration, and diagnostics menus are hidden. No harm will be done if a user logs-out without logging in.
1338	Set New Date/Time
1339	This allows the Date/Time to be set-up on the device. Note, the time must be entered as 24 hour time due to HART not supporting an AM/PM setting.
1340	Full Device Controlled Calibration
1341	Performs a Full Calibration with the device controlling the valve (no user intervention). Note this calibration Will measure the speed of the valve movement, required for signature capture.
1342	Full User Controlled Calibration
1343	Performs a Full Calibration with user intervention to move valve. Note this calibration does Not measure the speed of the valve movement, required for signature capture unless Dynamic Baseline is used.
1344	Low Position Calibration only
1345	Performs a Low (Zero) Position Calibration only, which is non-invasive to process, assuming valve alredy in required position.
1346	High Position Calibration only
1347	Performs a High (FS) Position Calibration only, which is non-invasive to process, assuming valve alredy in required position.
1348	Linear Position Calibration
1349	Performs a Position Calibration on devices using Linear magnets. Device must be configured as Linear. Requires user intervention and ability to move valve to 15% and 85% positions.
1350	Start New Baseline PST
1351	This method will start a new Baseline PST. Valve must be in energized position before starting.
1352	Start New Maintenance PST
1353	This method will start a new Maintenance PST. Valve must be in energized position before starting.
1354	Start New SOVT
1355	This method will start a new SOVT. Valve must be in energized position before starting.
1356	Device Gen New Baseline Sign
1357	This will create a Baseline Signature with the device temporarily controlling the valve (ie. no user intervention). Device control must be enabled in options file. If this is not desired, Dynamic Baseline should be used.
1358	Device Gen New Maint Sign
1359	This will create a Maintenance Signature with the device temporarily controlling the valve (ie. no user intervention). Device control must be enabled in options file.
1360	Retrieve Errors
1361	Retrieve Alerts
1362	This method revieves all alerts currently logged on the device for viewing. Up to the last 16 alert transitions are stored on the device.
1363	Delete Old Alerts
1364	This method deletes all old Alerts, alerts logged before the most recent device reboot. Note the devic will only store up to 16 alerts at which point it will overwrite the oldest as new alert transitions (alert transition to Active or Inactive) occur. Because of this it may be important to view these periodically or whenever the alert summary alarm occurs if enabled.
1365	Fetch Baseline Open Plot Data
1366	Fetch Baseline Close Plot Data
1367	Fetch Maintenance Open Plot Data
1368	Fetch Maintenance Close Plot Data
1369	Fetch Baseline PST Plot Data
1370	Fetch Maintenance PST Plot Data
1371	Set Factory Defaults
1372	This method will cause the device to reset all configuration parameters except User Password and UI Configuration back to the factory defined default settings.
1373	Custom mA Output Calibration
1374	This mA calibration is used to calibrate standard loop currents of 4-20 mA and loop currents other than 4 and 20 mA if desired for end points. For example if someone desires 19 mA for closed and 5 mA for open, it can be set this way and calibrated. Note the limits are 3.8 mA and 20.9 mA.
1375	This post-edit method checks how many Maintenance Signature are being locked by the user. If more than 2 are being locked, the user is warned to try again and only lock 2. Only 2 of the 4 possible Maintenance Signatures may be locked at any one time. Locking a file prevents it from being over-written on the device, thereby saving the file.
1376	Select Other Maint Signatures
1377	This method is executed immediately after a specified Maintenance Signature File ID is selected to get the Maintenanc Signature Information Data (specific information about the selected signature since the DD only stores info on one signature at a time).
1378	Reset Error Counters
1379	This will reset to 0 all the HART DLL error counters.
1380	PV Analog Channel Saturated
1381	PV Analog Channel Fixed
1382	Wireless
1383	WirelessHART Device
1384	IEEE 802.15.4 2.4GHz DSSS with O-QPSK Modulation
1385	Primary
1386	Primary Analog Channel
1387	Secondary
1388	Secondary Analog Channel
1389	Tertiary
1390	Tertiary Analog Channel
1391	Quaternary
1392	Quaternary Analog Channel
1393	Quinary
1394	Quinary Analog Channel
1395	Critical Power Failure
1396	Lock all
1397	Trim not supported
1398	Configuration cannot be changed
1399	Locked by gateway
1400	Analog Input Channel
1401	Analog Output Channel
1402	Secondary Analog Channel Saturated
1403	Tertiary Analog Channel Saturated
1404	Quaternary Analog Channel Saturated
1405	Quinary Analog Channel Saturated
1406	Secondary Analog Channel Fixed
1407	Tertiary Analog Channel Fixed
1408	Quaternary Analog Channel Fixed
1409	Quinary Analog Channel Fixed
1410	Simulation active
1411	The device is in simulation mode and the level output is not representative of the process.
1412	Non-Volatile memory failure
1413	The Non-Volatile memory check is invalid or maybe corrupt, or the battery of a battery-backed memory has failed.
1414	Volatile memory error
1415	The RAM memory check is invalid or maybe corrupt
1416	Watchdog reset executed
1417	A watchdog reset has been performed
1418	Voltage conditions out of range
1419	A voltage condition is outside its allowable range
1420	Environmental conditions out of range
1421	An internal or environmental condition is beyond acceptable limits.
1422	Electronic failure
1423	A hardware problem not related to the sensor has been detected.
1424	Subdevice list changed
1425	Duplicate master detected
1426	Capacity Denied
1427	The device was unable to acquire the communication bandwidth required to support the Burst Messaging specified
1428	Bandwidth allocation pending
1429	Block transfer pending
1430	Battery life
1431	Percent range
1432	Loop current
1433	Primary variable
1434	Secondary variable
1435	Tertiary variable
1436	Quaternary variable
1437	Read receive time
1438	Write date and time
1439	Non-Volatile Clock
1440	When set the device contains a battery-backed clock. In this case, the clock does not need to be reset if there is a power failure.
1441	Clock Uninitialized
1442	The real-time clock has never been set with the date and time. For example, the clock is volatile and power was removed from and restored to the device.
1443	No restrictions
1444	SI Only
1445	Restricted to SI Unit codes only
1446	Process automation device
1447	Discrete device
1448	Hybrid:Process automation+discrete
1449	I/O System
1450	WirelessHART Process automation device
1451	WirelessHART Discrete device
1452	WirelessHART Process automation+discrete
1453	WirelessHART Gateway
1454	WirelessHART Access point
1455	WirelessHART Process adapter
1456	WirelessHART Discrete adapter
1457	WirelessHART enabled handheld/portable maintenance tool
1458	Device Profile
1459	US
1460	United States of America
1461	JP
1462	Japan
1463	DE
1464	Germany
1465	FR
1466	France
1467	ES
1468	Spain
1469	RU
1470	Russian Federation
1471	CN
1472	People's Republic of China
1473	Secondary Master
1474	Primary Master
1475	Device Diagnostic Status 0
1476	Device Diagnostic Status 1
1477	I/O and Subdevice Status
1478	WirelessHART Status
1479	Time Set Option
1480	Real Time Clock Flags
1481	Country
1482	Country of intended device installation
1483	SI Unit Control
1484	Indicates if device should only display SI unit codes
1485	Time Stamp
1486	Relative time value on network
1487	8u
1488	Dynamic Variables Returned for Device Variables
1489	Command Response Truncated
1490	Configuration Change Counter Mismatch
1491	Status bytes mismatch
1492	count
1493	Set Clock Date
1494	Date to set the real-time clock in the field device to, or date that the real-time clock was last set
1495	Set Clock Time
1496	Time to set the real time clock in the field device to, or time that the real-time clock was last set
1497	Current Date
1498	Current Date based upon the real-time clock in the field device
1499	Current Time
1500	Current Time based upon the real-time clock in the field device
1501	8.3f
1502	Abort not Sucessful
1503	Calibration Aborted.
1504	PST Aborted.
1505	Please enter 6 character Factory Password:
1506	NPD280
1507
1508	Password verified, depending upon the type of host you may need to exit this Login/Logout Menu to get back to the main menu for access.
1509	Invalid Password, try again
1510	Failed to enter valid Password in 3 tries, aborting.
1511	Are you sure you want Logout from Factory access?
1512	Logged out.
1513	Please enter 6 character User Password:
1514	Are you sure you want Logout from User access?
1515	Please enter new date (Month/Day/Year):
1516	Please enter new time as 24 hr.:
1517	New Date/Time has been set. Note, depending upon the type of host, you will need to exit the Date/Time menu and then go back in in order to see the Status change.
1518	Cannot do Full Calibration, the Real-Time Clock must be set first!
1519	Warning, Initiating full device controlled calibration will temporarily change valve position and will erase current PST & full-stroke signature data if signatures are enabled. Do you want to continue?
1520	Cannot do Calibration, device busy running process %[s]{enum_string}, wait and try again later.
1521	Initiating Full Calibration.
1522	Calibration Progress: %[d]{percent_done}%
1523	Calibration Successful
1524	Auto-calibration couldn't close the valve.
1525	Auto-calibration couldn't open the valve.
1526	Calibrated position span is too small for both gain settings.
1527	Position not within linear range for both sensor gain settings.
1528	Calibration couldn't be started because of semaphore or other process.
1529	Calibration timed out waiting for pressure1 to be stable.
1530	Calibration timed out waiting for stable close position.
1531	Calibration timed out waiting for stable open position.
1532	Cal time out waiting for user action.
1533	Calibration of Pressure sensor 1 has span error. May be either no pressure or not enough pressure.
1534	Calibration of Pressure sensor 2 has span error. May be either no pressure or not enough pressure.
1535	Calibration not running.
1536	Warning, Initiating full user controlled (manual) calibration requires user to manually change valve position and will erase PST data. Note if no pressure sensors, signatures must be disabled to do manual calibration to prevent looking at pressure sensors. Do you want to continue?
1537	Close Valve, click OK when at fully closed position.
1538	ERROR - Device is no longer running manual calibration, it may be the device timed-out before any acknowledgement was received from the user, increase timeout.
1539	Please Wait, Calibrating Closed Position...
1540	Open Valve, click OK when at fully open position.
1541	Please Wait, Calibrating Open Position...
1542	Is valve in desired position?
1543	Calibrating Close Position.
1544	LOW CALIBRATION FINISHED!
1545	Calibrating Open Position.
1546	HIGH CALIBRATION FINISHED!
1547	Currently not yet implemented from HART, particularly since it requires manual user intervention, must use DEPIC2 Keypad/LCD menu.
1548	Warning, Initiating Baseline Partial Stoke Test will temporarily change valve position and will erase current Baseline and Maintenance PST signature data. Do you want to Continue?
1549	Checking calibration status...
1550	Cannot do Baseline PST, a Full Calibration must be done first!
1551	Checking for other interfering processes...
1552	Please wait, starting Baseline Partial Stroke.
1553	Please wait, performing Baseline Partial Stroke.
1554	Checking Status...
1555	Failure - PST aborted due to invalid valve start position. Either the solenoid is not energized, valve may be stuck in a position other than the energized position, supply pressure too low, or position hysteresis configuration should be adjusted.
1556	Failure - PST aborted (not initiated) due to supply pressure outside the hysteresis.
1557	The Baseline PST exceeded Travel-Limit by travel-limit hysteresis %. In general, the device will readjust the hysteresis automatically so if a second Baseline PST is done, it should pass.
1558	When Duplex is enabled, the SOVT done as part of the Baseline PST on second (redundant) solenoid failed.
1559	Unknown status %{Baseline_PST_info_data.BPST_STATUS}.
1560	Cannot do PST, device busy running process %[s]{enum_string}, wait and try again later.
1561	A new Baseline PST must be captured after changing the PST Travel Limit or Travel Limit Error. Click OK to continue.
1562	Warning, Initiating Maintenance Partial Stoke Test will temporarily change valve position and will erase current Maintenance PST signature data. Do you want to Continue?
1563	Checking Baseline PST Status...
1564	Cannot do Maintenance PST, a Baseline PST must be done first!
1565	Please wait, starting Maintenance Partial Stroke.
1566	Please wait, performing Maintenance Partial Stroke.
1567	Failure - The solenoid has failed during this Maintenance PST or Duplex PST. No pressure change detected after solenoid de-energized.In general, there was no pressure change detected when solenoid was de-energized, indicating solenoid failure. This could be due to solenoid not de-engergizing or the actuator/exhaust port may be completely obstructed. If Duplex PST, look at PST Type data to determine which solenoid failed.
1568	Failure - Exceeded Slow Travel Time Limit to reach Travel-Limit of the Baseline PST as determined by the PST Travel Time Hysteresis % (configuration). This may be due to a weak actuator spring, the valve sticking during movement, an obstructed actuator/exhaust port, or in some circumstances abnormally high process pressure
1569	Failure - Exceeded Fast Travel Time Limit to reach Travel-Limit of the Baseline PST as determined by the PST Travel Time Hysteresis % (configuration). This may be due to a broken valve shaft or valve coupler, or in some circumstances abnormally low process pressure.
1570	Failure - Maintenance PST Failed because the Break Pressure was over the high limit of the Baseline PST Break Pressure high limit of the Baseline PST Break Pressure as determined by the PST Break Pressure Hysteresis % (configuration). If the break pressure was too high, it could be due to a broken valve shaft or valve coupler or in some circumstances abnormally low process pressure.
1571	Failure - Maintenance PST failed because the Break Pressure was below the low limit of the Baseline PST Break Pressure as determined by the PST Break Pressure Hysteresis % (configuration). If the break pressure was too low, it could be the spring has become too weak, the valve is sticking, or in some circumstances abnormally high process pressure.
1572	The Maintenance PST exceeded Travel-Limit. The way this works is the device uses the Baseline Travel-Limit hysteresis and re-energizes the solenoid when the position gets within the hysteresis range of the Travel-Limit, thereby trying to prevent overshoot of the Travel-Limit on the Maintenance PST. Of course it could still overshoot which would then be considered a failure, possibly a problem with the solenoid.
1573	The Maintenance PST on second (redundant) solenoid failed (only applies to duplex).
1574	PST Not Done, possibly because no Baseline Signature or Baseline PST.
1575	Unknown status %{Maintenance_PST_info_data.MPST_STATUS}.
1576	Are you sure you want to start SOV Test?
1577	Cannot do SOVT, a Baseline PST must be done first!
1578	Initiating SOVT.
1579	SOVT Progress: %[d]{percent_done}%
1580	Finished SOV Test Successfully.
1581	SOVT Aborted by user.
1582	Failure - The solenoid has failed during this SOVT. No pressure change detected after solenoid de-energized.In general, there was no pressure change detected when solenoid was de-energized, indicating solenoid failure. This could be due to solenoid not de-engergizing or the actuator/exhaust port may be completely obstructed. If Duplex PST, look at PST Type data to determine which solenoid failed.
1583	SOVT failed, invalid valve start position. Either the solenoid is not energized, valve may be stuck in a position other than the energized position, supply pressure too low, or position hysteresis configuration should be adjusted.
1584	The SOVT on second (redundant) solenoid failed (only applies to duplex).
1585	SOVT Not Done.
1586	Unknown status %{SOVT_info_data.SOVT_STATUS}.
1587	Cannot do SOVT, device busy running process %[s]{enum_string}, wait and try again later.
1588	Warning, Initiating Baseline Full-Stroke Signature will temporarily change valve position and will erase current Maintenance Full-Stroke Signature data. Do you want to continue?
1589	Cannot do Baseline Signature, a Full Calibration must be done first!
1590	Initiating Baseline Signature.
1591	Baseline Signature Progress: %[d]{percent_done}%
1592	Baseline Signature Successful
1593	Open Baseline Signature exceeded memory, pressure may have changed causing valve speed to change. Try re-calibration.
1594	Close Baseline Signature exceeded memory, pressure may have changed causing valve speed to change. Try re-calibration.
1595	Open and Close exceeded memory, open and close movement much slower than during calibration, pressure may have changed causing valve speed to change. Try re-calibration.
1596	Open Baseline Signature too small, pressure may have changed causing valve speed to change. Try re-calibration.
1597	Open too small and close exceeded memory, open movement much faster and close much slower than during calibration, pressure may have changed causing valve speed to change. Try re-calibration.
1598	Close Baseline Signature too small, pressure may have changed causing valve speed to change. Try re-calibration.
1599	Close too small and open exceeded memory, valve close movement much faster than during calibration, pressure may have changed causing valve speed to change. Try re-calibration.
1600	Open and Close too small, open and close movement much faster than during calibration, pressure may have changed causing valve speed to change. Try re-calibration.
1601	Baseline Signature invalid or never done.
1602	Baseline Signature cannot be performed, temporarily locked-out awaiting Dynamic Baseline.
1603	Baseline Signature cannot be performed as the pressure is not stable
1604	Baseline Signature aborted by the user either from HART or keypad
1605	Baseline Signature time-out waiting for it to be finished
1606	Baseline Signature not running, possible cause is there may be an invalid Full Calibration or invalid Date/Time.
1607	Cannot do Baseline signature, device busy running process %[s]{enum_string}, wait and try again later.
1608	Warning, Initiating Maintenance Full-Stroke Signature will temporarily change valve position. Do you want to continue?
1609	Cannot do Maintenance Signature, a Baseline Signature must be done first!
1610	Initiating Maintenance Signature.
1611	Maintenance Signature Progress: %[d]{percent_done}%
1612	Maintenance Signature Successful
1613	Open Maintenance Signature exceeded memory, pressure may have changed causing valve speed to change. Try re-calibration.
1614	Close Maintenance Signature exceeded memory, pressure may have changed causing valve speed to change. Try re-calibration.
1615	Open Maintenance Signature too small, pressure may have changed causing valve speed to change. Try re-calibration.
1616	Close Maintenance Signature too small, pressure may have changed causing valve speed to change. Try re-calibration.
1617	Maintenance Signature invalid or never done.
1618	Maintenance Signature cannot be performed, temporarily locked-out awaiting Dynamic Baseline.
1619	Maintenance Signature cannot be performed as the pressure is not stable
1620	Maintenance Signature aborted by the user either from HART or keypad
1621	Maintenance Signature time-out waiting for it to be finished
1622	Maintenance Signature not running, likely cause is there is no Full Calibration or no Baseline Signature.
1623	Cannot do Maintenance signature, device busy running process %[s]{enum_string}, wait and try again later.
1624	Retrieving error %[d]{j} of %[d]{error_count}.
1625	Error count is 0, no errors to retieve.
1626	Return to Main Menu to login before retrieving errors.
1627	Retrieving alert %[d]{j} of %[d]{alert_transition_count}.
1628	Alert count is 0, no alerts to retieve.
1629	Baseline Open Signature upload %[2.1f]{prcnt_done}% Complete.
1630	Invalid Sensor ID value
1631	Received Baseline Open Signature.
1632	Baseline Close Signature upload %[2.1f]{prcnt_done}% Complete.
1633	Bad Sensor ID value
1634	Received Baseline Close Signature.
1635	Maintenance Open Signature upload %[2.1f]{prcnt_done}% Complete.
1636	Received Maintenance Open Signature.
1637	Maintenance Close Signature upload %[2.1f]{prcnt_done}% Complete.
1638	Received Maintenance Close Signature.
1639	Baseline PST Signature upload %[2.1f]{prcnt_done}% Complete.
1640	Received Baseline PST Signature.
1641	Maintenance PST Signature upload %[2.1f]{prcnt_done}% Complete.
1642	Received Maintenance PST Signature.
1643	Are you sure you wish to Reloading Factory Defaults?
1644	Yes;No
1645	Reloading Factory Default Configuration. Please remember to re-calibrate.
1646	Aborting Factory Default.
1647	Note, loop being returned to automatic control.
1648	Cannot do mA Calibration, device busy running process %[s]{enum_string}, wait and try again later.
1649	Note, loop being removed from automatic control.
1650	Connect reference mA meter to measure current, click OK when ready to proceed.
1651	Choose desired mA output level to be used when solenoid is in DE-ENERGIZED state:
1652	Current fixed at %[5.2f]{fixed_mA} mA
1653	Is output current %[5.2f]{fixed_mA} mA equal to reference meter reading?
1654	Choose desired mA output level to be used when solenoid is in ENERGIZED state:
1655	mA Calibration Successful
1656	There are more than 2 files locked. There can only be 2 locked at a time, you must unlock extra files before sending changes to the device.
1657	Invalid selection, the selected file has not yet been created on the device. Try another file.
1658	Are you sure you want reset the DLL counters?
1659	Error in command 186.
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